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��ࡱ�>�� � � ����� � � � � � � � � � � � � � � � � � � � � � � � ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������[� �r�j& bjbj����;, ΐΐ�ue���������������������86$z$��>~#�$($($($0&��&,�&n�p�p�p�p�p�p�$-��ϣ6����&0&0&�&�&����($($������&�e�($�($n���&n���:z�,�($����p?�v�����l\#�� z���0���r��*�����x�&�&��&�&�&�&�&������&�&�&��&�&�&�&����������������������������������������������������������������������&�&�&�&�&�&�&�&�&� �:  �lws�y�bf[b� henan institute of science & technology ei���e6eu_�h"}�bjt �2021t^�^ � �lws�y�bf[b��vfn���`�b� 2021t^12g10�e �v u_  toc \o "1-3" \h \z \u  hyperlink \l "_toc90041091" �h"}�f  pageref _toc90041091 \h 3  hyperlink \l "_toc90041092" n0,{n\o�b����\o�usmo/f�lws�y�bf[b��v���e108�{  pageref _toc90041092 \h 4  hyperlink \l "_toc90041093" �n0t\o\o��^�,{n\o� �usmo/f�lws�y�bf[b��v���e44�{  pageref _toc90041093 \h 145  �h"}�f 1.�h"}0w@w hyperlink "https://www.engineeringvillage.com/search/quick.url"https://www.engineeringvillage.com/search/quick.url 2.�h"}ag�n \o�usmo�henan institute of science and technology� t^�n�2021t^-latest� �e.s{|�w�g r���e �h"}�eg�2021t^12g8�e 3.�h"}�~�g �h"}�q&{tag�n���eqq152�{ �vq-n,{n\o�b���\o�usmo/f�lws�y�bf[b��v���e108�{ �t\o\o�usmo�^�,{n\o� �/f�lws�y�bf[b��v���e44�{0 n0,{n\o�b����\o�usmo/f�lws�y�bf[b��v���e108�{ 1. response surface model of processing parameters for lapping quartz glass with a fixed abrasive pad accession number: 20213210726170 authors: wang, zhan-kui (1, 2); yang, ya-kun (1); pang, ming-hua (1); li, yong-feng (1); ma, li-jie (1); yao, jian-guo (1, 3); zhu, yong-wei (3); su, jian-xiu (1) author affiliation: (1) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china; (2) school of information engineering, henan university of science and technology, luoyang; 471000, china; (3) college of mechanical and electrical engineering, nanjing university of aeronautics and astronautics, nanjing; 210016, china source title: surface technology abbreviated source title: surf. technol. volume: 50 issue: 7 issue date: 2021 publication year: 2021 pages: 376-385 article number: 1001-3660(2021)07-0376-10 language: chinese e-issn: 10013660 document type: journal article (ja) publisher: chongqing wujiu periodicals press abstract: the work aims to fully take advantages of fixed abrasive (fa) lapping /polishing. fixed abrasive pads were employed to lap quartz glass, and material removal rate (mrr) and surface roughness (ra) were chosen as the evaluation indicators. the influence of processing parameters on the machining performance of fixed abrasive lapping was investigated by using 3-factor and 3-level response surface method. the mrr model and the ra model were developed. combining the response surface method and its contour plot, the combined law of processing parameter and the optimal processing parameters under each target were obtained. finally, the optimal processing parameters were verified. the results show that the best processing parameters for mrr are: rotation speed 90 r/min, load 20.685 kpa, slurry 60 ml/min, while those for surface roughness are: rotation speed 100 r/min, load 20.685 kpa, and slurry 80 ml/min. the predicted values of the models are 34.5 nm/min and 38.5 nm, in well accordance with those of verification experiment which are: 37.6 nm/min and 39.4 nm. the comparison shows that the obtained model of processing parameter by response surface method has a very good predictive ability, the surface of machined work-piece at the optimized parameters is very smooth, and no obvious pits or coarse scratches are found. � 2021, chongqing wujiu periodicals press. all rights reserved. number of references: 21 main heading: surface roughness controlled terms: abrasives� - �glass� - �lapping� - �quartz� - �surface properties uncontrolled terms: evaluation indicators� - �machining performance� - �material removal rate� - �predictive abilities� - �processing parameters� - �response surface method� - �response surface modeling� - �surface roughness (ra) classification code: 482.2 minerals� - �606.1 abrasive materials� - �606.2 abrasive devices and processes� - �812.3 glass� - �931.2 physical properties of gases, liquids and solids numerical data indexing: pressure 2.07e 04pa, rotational_speed 1.00e 02rpm, rotational_speed 9.00e 01rpm, size 3.85e-08m, size 3.94e-08m doi: 10.16490/j.cnki.issn.1001-3660.2021.07.040 funding details: number: u1804142, acronym: nsfc, sponsor: national natural science foundation of china; funding text: fundnational natural science foundation of china (u1804142), china postdoctoral science foundation (2020m672220), henan province young key teacher funding project (2019ggjs167), henan province science and technology research project (212102210062, 192102210058). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 2. effect of ultrafine grinding technology combined with high-pressure, microwave and high-temperature cooking technology on the physicochemical properties of bean dregs����(open access) accession number: 20214711195337 authors: wang, fang (1, 3); zeng, jie (1); tian, xiaoling (2); gao, haiyan (1); sukmanov, valerii (3) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; henan; 453003, china; (2) food and drug department, liaoning agricultural technical college, yingkou; liaoning; 115009, china; (3) technology of food department, sumy national agrarian university, sumy; 40021, ukraine corresponding authors: zeng, jie(zengjie623@163.com); tian, xiaoling(280981893@qq.com) source title: lwt abbreviated source title: lwt volume: 154 issue date: january 15, 2022 publication year: 2022 article number: 112810 language: english issn: 00236438 coden: lbwtap document type: journal article (ja) publisher: academic press abstract: the bean dregs were treated by ultrafine grinding (u), high pressure (hp), microwave (m), high temperature cooking (htc) and their combination techniques (u-hp, u-m and u-htc). the water distribution, viscosity, stability, rheological properties and chrominance and whiteness of bean dregs were analyzed. the results showed that the combination treatments of u-hp, u-m and u-htc greatly reduced the viscosity, and the slurry of bean dregs treated by u-hp combination had the best stability. after the htc, u-hp, u-m and u-htc treatments, the proportion of bound water of bean dregs increased and the proportion of immobile water decreased after rehydration. different treatments could obviously affect the rheological behavior of bean dreg slurry. the htc sample and all the combined treatments had low g2 , g3 and tan � values. different methods had great influences on the chrominance and whiteness index of bean dregs. therefore, in view of the increasing attention given to the preparation of food containing bean dregs, combined treatments are the appropriate methods for improving the physicochemical properties of bean dregs for high-quality functional dietary fiber food. � 2021 number of references: 40 main heading: rheology controlled terms: grinding (machining)� - �high pressure effects� - �melting� - �physicochemical properties� - �thermal processing (foods)� - �viscosity� - �water supply systems uncontrolled terms: bean dreg� - �combined treatment� - �grinding technologies� - �high pressure� - �highest temperature� - �physical technology� - �physicochemical property� - �rheological property� - �ultra-fine grinding� - �water distributions classification code: 446.1 water supply systems� - �604.2 machining operations� - �631.1 fluid flow, general� - �801.4 physical chemistry� - �802.3 chemical operations� - �822.2 food processing operations� - �931.1 mechanics� - �931.2 physical properties of gases, liquids and solids doi: 10.1016/j.lwt.2021.112810 funding details: number: zd2020003, acronym: -, sponsor: -; number: 19a550007, acronym: -, sponsor: science and technology program of hunan province; funding text: this work was financed by central government guiding local scientific and technological development projects (no. 105020221021 ), the program of xinxiang major scientific and technological project (no. zd2020003 ); and science and technology projects in henan province (grant number 19a550007 ). compendex references: yes open access type(s): all open access, hybrid gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 3. facile synthesis of vulcan xc-72 nanoparticles-decorated halloysite nanotubes for the highly sensitive electrochemical determination of niclosamide accession number: 20204409433468 authors: zhao, hongyuan (1, 2); chang, yuqi (1); liu, runqiang (1); li, bo (1); li, fang (1); zhang, fulong (1); shi, mingwang (1); zhou, lin (2); li, xiaoguang (3) author affiliation: (1) henan institute of science and technology, xinxiang; 453003, china; (2) college of plant protection, henan agricultural university, zhengzhou; 450002, china; (3) state key laboratory of lithospheric evolution, institute of geology and geophysics, chinese academy of sciences, beijing; 100029, china corresponding author: liu, runqiang(liurunqiang1983@126.com) source title: food chemistry abbreviated source title: food chem. volume: 343 issue date: may 1, 2021 publication year: 2021 article number: 128484 language: english issn: 03088146 e-issn: 18737072 coden: fochdj document type: journal article (ja) publisher: elsevier ltd abstract: we report a scalable and controllable ultrasound-assisted strategy for the preparation of vulcan xc-72 nanoparticles-decorated halloysite nanotubes (hnts@vxc-72), which was applied to modify glassy carbon electrode (gce) for the highly sensitive electrochemical determination of niclosamide (na). for the hnts@vxc-72 nanocomposite, vxc-72 nanoparticles with excellent electrical conductivity and good dispersing property contributed to the formation of the interconnected conductive network; hnts possessed good adsorption performance and promoted the electrochemical redox reaction. the research results showed that the combination of vxc-72 nanoparticles and hnts produced the effect of synergistic enhancement. the hnts@vxc-72/gce sensor could show a relatively low detection limit of 3.28 nm in the great linear na concentration range of 0.01�1 �m. when used for the na determination in food samples, the hnts@vxc-72/gce sensor exhibited good practical feasibility with low rsd and acceptable recoveries, which provided a promising na determination approach to ensure food safety. � 2020 elsevier ltd number of references: 40 main heading: chemical detection controlled terms: glass membrane electrodes� - �kaolinite� - �nanocomposites� - �nanoparticles� - �nanotubes� - �redox reactions� - �synthesis (chemical)� - �ultrasonic applications uncontrolled terms: adsorption performance� - �dispersing property� - �electrical conductivity� - �electrochemical determination� - �electrochemical redox reactions� - �glassy carbon electrodes� - �halloysite nanotubes� - �synergistic enhancement classification code: 482.2 minerals� - �704.1 electric components� - �753.3 ultrasonic applications� - �761 nanotechnology� - �801 chemistry� - �802.2 chemical reactions� - �933 solid state physics doi: 10.1016/j.foodchem.2020.128484 funding details: number: 203010617011, acronym: hist, sponsor: henan institute of science and technology; number: 2017yfd0301104, acronym: -, sponsor: -; number: 1070202190011005, acronym: -, sponsor: -; funding text: this work was financially supported by the national key r&d program of china (no. 2017yfd0301104), project of plant protection key discipline of henan province (1070202190011005), and high-level talents introduction project of henan institute of science and technology (no. 203010617011 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 4. physio-biochemical and proteomic mechanisms of coronatine induced potassium stress tolerance in xylem sap of cotton accession number: 20214111000027 authors: zhang, xin (1); xue, huiyun (1); khan, aziz (2); jia, peipei (1); kong, xiangjun (1); li, lijie (1); zhang, zhiyong (1) author affiliation: (1) henan collaborative innovation centre of modern biological breeding and henan key laboratory for molecular ecology and germplasm innovation of cotton and wheat, henan institute of science and technology, xinxiang; 453003, china; (2) agricultural college, guangxi university, nanning; 530005, china corresponding author: zhang, zhiyong(z_zy123@126.com) source title: industrial crops and products abbreviated source title: ind. crops prod. volume: 173 issue date: december 1, 2021 publication year: 2021 article number: 114094 language: english issn: 09266690 coden: icrdew document type: journal article (ja) publisher: elsevier b.v. abstract: potassium (k) is a major plant nutrient, and its deficiency can limit plant growth and development. coronatine (cor) could increase cotton seedling tolerance to k deficiency, which was hypothesized to be in relation to improving the physiological and proteomic profile of xylem sap. to test this hypothesis, cotton seedlings growth, physio-biochemical and proteomic profile of xylem sap treated with (0 and 10 nm cor) under deficient k solution (0.05 mm kcl) were explored. compared with control, cor treatment significantly increased lateral root number and root diameter and decreased contents of malondialdehyde (mda), some cations like potassium and calcium in xylem sap and its volume. these morphological and physiological presentations were well evidenced by differentially expressed proteins (deps) in the xylem sap. for instance, increasing the average root diameter and lateral roots were related to up-regulation of cobalamin-independent methionine synthase family proteins, auxin-responsive protein, and cell wall remodeling proteins such as dirigent-like protein, laccase, and the pectin lyase; lessening xylem sap volume and some cations contents was in connections with down-regulation of uclacyanin 1 and up-regulation of calmodulin-domain protein kinase 7; the mda content reducing was associated with many pcd-related proteins� down-regulation or loss. furthermore, cor potentially weakened plant defense, owing to lessening or disappearing lipid-transfer proteins, signaling proteins, and other proteins positively involved in plant defense. � 2021 elsevier b.v. number of references: 67 main heading: potassium controlled terms: amino acids� - �chlorine compounds� - �cotton� - �enzymes� - �network security� - �physiology� - �plants (botany)� - �positive ions� - �potassium compounds uncontrolled terms: coronatine� - �down-regulation� - �label free� - �malondialdehyde� - �plant defence� - �proteomic profiles� - �proteomics� - �root diameters� - �up-regulation� - �xylem sap classification code: 461.9 biology� - �549.1 alkali metals� - �723 computer software, data handling and applications� - �804.1 organic compounds� - �821.4 agricultural products numerical data indexing: size 0.00e00m, size 1.00e-08m, size 5.00e-05m doi: 10.1016/j.indcrop.2021.114094 funding details: number: 31271648, acronym: nsfc, sponsor: national natural science foundation of china; number: 31571600, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this research was supported by the national natural science foundation of china [31571600, 31271648], the key scientific research foundation of the higher education institutions of henan province [21a210005], the program for innovative research team (in science and technology) in university of henan province (21irtsthn023), and the leading talent project in science and technology innovation of central plain of china [214200510021]. we thank shanghai applied protein technology for label-free proteome quantification. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 5. ultra-fast construction of cubi2o4 films supported bi2o3 with dominant (0 2 0) facets for efficient co2 photoreduction in water vapor accession number: 20213810911898 authors: shi, weina (1, 3); wang, ji-chao (2); guo, xiaowei (1, 3); tian, hong-ling (2); zhang, wanqing (2); gao, huiling (2); han, huijuan (2); li, renlong (2); hou, yuxia (2) author affiliation: (1) school of chemistry and materials engineering, xinxiang university, xinxiang; 453000, china; (2) college of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453000, china; (3) henan photoelectrocatalytic material and micro-nano application technology academician workstation, xinxiang university, xinxiang; 450003, china corresponding author: wang, ji-chao(wangjichao@hist.edu.cn) source title: journal of alloys and compounds abbreviated source title: j alloys compd volume: 890 issue date: january 15, 2022 publication year: 2022 article number: 161919 language: english issn: 09258388 coden: jalceu document type: journal article (ja) publisher: elsevier ltd abstract: cubi2o4/bi2o3 thin film was synthesized on the commercial glass by a spray pyrolysis-calcination method. the monoclinic phase bi2o3 with dominant (0 2 0) facets was grown on the surface of tetragonal phase cubi2o4 by the temperature control of spraying process. photocatalytic activities of the synthesized materials for co2 reduction were measured in the presence of water vapor under visible light irradiation (� > 400 nm). the co, ch4 and o2 yields of the optimal composite film reached 247.62, 119.27 and 418.00 �mol/m2 after 12 h of irradiation. the composite film resisted physical damage and showed good photocatalytic activity in the cycling tests. moreover, it was found that the types of main products changed with the light intensity and their yields varied with the light wavelength. the exposed (0 2 0) facets efficiently improved the adsorbed ability for h2o molecules. meanwhile, the hydrophobicity of the film surface ensured that the adsorbed sites of co2 were unoccupied by abundant h2o molecules. the s-scheme charge transfer mechanism was further confirmed by the interlaced band alignment of the cubi2o4/bi2o3 heterostructure and the controlled experiment with different light conditions. the results gained in this report may open up an avenue to design advanced s-scheme heterostructures with suitable transitional-metal oxides for photoreduction co2 to solar fuels. � 2021 elsevier b.v. number of references: 48 main heading: bismuth compounds controlled terms: carbon dioxide� - �charge transfer� - �composite films� - �copper compounds� - �irradiation� - �light� - �molecules� - �photocatalytic activity� - �thin films� - �water vapor uncontrolled terms: co 2 reduction� - �cubi2o4/bi2o3� - �exposed facet� - �photo reduction� - �photocatalytic activities� - �s-scheme� - �synthesised� - �thin-films� - �ultra-fast� - �water vapour classification code: 741.1 light/optics� - �801.4 physical chemistry� - �802.2 chemical reactions� - �804.2 inorganic compounds� - �931.3 atomic and molecular physics numerical data indexing: amount of substance 1.1927e-04mol, amount of substance 4.18e-04mol, size 4.00e-07m, time 4.32e 04s doi: 10.1016/j.jallcom.2021.161919 funding details: number: 20a150017, acronym: -, sponsor: key scientific research project of colleges and universities in henan province; number: 212300410221, acronym: -, sponsor: natural science foundation of henan province; number: 21a430030, acronym: -, sponsor: key scientific research project of colleges and universities in henan province; number: 51802082, acronym: nsfc, sponsor: national natural science foundation of china; number: 51903073, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was supported by the financial supports of national natural science foundation of china (nos. 51802082 and 51903073), natural science foundation of henan province (no. 212300410221), program for science & technology innovation talents in universities of henan province (no. 21hatit016), key scientific research project of colleges and universities in henan province (no. 21a430030 and 20a150017), key scientific and technological project of henan province (no. 212102210473 and 202102310595) and �climbing� project of henan institute of science and technology (no. 2018cg04). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 6. enhanced degradation of nitrosamines from water using zero-valent iron-assisted biological activated carbon accession number: 20213110707384 authors: guo, yanling (1); cheng, yanan (1); wang, bingli (1); li, xueke (2); wang, wanfeng (2) author affiliation: (1) school of resources and environment, henan institute of science and technology, xinxiang; 453003, china; (2) key laboratory for yellow river and huai river water environmental and pollution control, ministry of education, school of environment, henan normal univ., xinxiang; 453007, china corresponding author: guo, yanling(guoyanling@hist.edu.cn) source title: journal of environmental engineering (united states) abbreviated source title: j. environ. eng. volume: 147 issue: 10 issue date: october 1, 2021 publication year: 2021 article number: 04021038 language: english issn: 07339372 e-issn: 19437870 coden: joeedu document type: journal article (ja) publisher: american society of civil engineers (asce) abstract: nitrosamines have become a focus of considerable research because of their carcinogenicity and environmental universality. in this study, to effectively remove nitrosamines, biological activated carbon (bac) was acclimatized by a nitrosamine-reducing bacterial strain, and zero-valent iron (fe0)-assisted bac was used to degrade nitrosamines from aqueous solution. the influencing factors and degradation mechanism were investigated. compared with activated carbon (ac), the removal efficiency of more strongly polar nitrosamines by bac and bac_fe0 increased prominently (21.0%-32.3%), yet there was no change between bac and bac_fe0. the highest ratios of nitrosamine degradation by bac_fe0 were 49.8%-99.0%, and degradation reaction kinetics conformed best to a pseudo-second-order model (r2>0.9269). the rate constants kobs for six nitrosamines ranged from 3.4�103 to 6.9 � 105 (m � s)-1. additionally, the removal ratios and k2 of the linear nitrosamines partially scaled with their molecular weight, logkh, and logkow (r2=0.5661-0.952). all nitrosamines were degraded within 30 min under strong acidic conditions; the removal ratios increased by 11.2%-23.1% under anaerobic conditions, but were decreased by <"10% in the presence of humic acid. the primary degradation products were secondary amines, methylamine, formic acid, nitrate, and nitrite resulting from the reduction of fe0 and biodegradation by the nitrosamine-reducing bacteria. � 2021 american society of civil engineers. number of references: 61 main heading: chemicals removal (water treatment) controlled terms: activated carbon� - �amines� - �bacteria� - �biodegradation� - �degradation� - �iron� - �rate constants uncontrolled terms: anaerobic conditions� - �bacterial strains� - �biological activated carbon� - �degradation mechanism� - �degradation products� - �degradation reaction� - �pseudo-second order model� - �removal efficiencies classification code: 461.8 biotechnology� - �545.1 iron� - �802.2 chemical reactions� - �804 chemical products generally� - �804.1 organic compounds numerical data indexing: percentage 1.12e 01% to 2.31e 01%, percentage 2.10e 01% to 3.23e 01%, percentage 4.98e 01% to 9.90e 01%, time 1.80e 03s doi: 10.1061/(asce)ee.1943-7870.0001892 funding details: number: 18k04kldwst, acronym: -, sponsor: chinese academy of sciences; funding text: this work was supported by the technology department of the henan science and technology fund project (no. 202102310603), the natural science foundation of henan province of china (no. 202300410244), and the special fund of the key laboratory of drinking water science and technology, research center for eco-environmental sciences, chinese academy of sciences (no. 18k04kldwst). we thank gabe yedid, ph.d., from editorbar, for editing the english text of a draft of this manuscript. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 7. characterization of pollen germination and storage of paeonia ludlowii accession number: 20211610215758 title of translation: authors: jia, wenqing (1); wang, yanli (1); guo, yingzi (2); wang, zheng (2); qi, qing (1); yan, sanni (3); liu, huichao (1); he, songlin (1) author affiliation: (1) henan province engineering research center of horticultural plant resource utilization and germplasm enhancement, henan institute of science and technology, xinxiang; 453003, china; (2) college of landscape architecture and art, henan agricultural university, zhengzhou; 450002, china; (3) luoyang national peony garden, luoyang; 471011, china corresponding author: he, songlin source title: linye kexue/scientia silvae sinicae abbreviated source title: linye kexue/sci. silvae sinicae volume: 57 issue: 2 issue date: february 2021 publication year: 2021 pages: 82-92 language: chinese issn: 10017488 document type: journal article (ja) publisher: chinese society of forestry abstract: objectiveoptimization of an in vitro germination protocol to effectively determine the viability of paeonia ludlowii pollen, the effects of different storage conditions and incubation temperature on pollen longevity were compared to determine the appropriate temperature for pollen storage in the short, mid and long term, and the physiological mechanism of the programmed death of p. ludlowii pollen at different storage temperatures was analyzed, so as to provide a basis for cross breeding and germplasm resource conservation. methodthe fresh pollen of p. ludlowii from tibet was used to examine pollen morphology by scanning electronic microscope (sem). pollen germination was characterized by in vitro culture to investigate the effects of different storage temperatures and times on pollen viability and activity of superoxide dismutase(sod), peroxidase(pod), and catalase(cat), as well as the contents of ascorbic acid(asa) and malondialdehyde(mda). result the rate of pollen plumpness of p. ludlowii is high under the natural conditions, and the deformity rate is only 5.6%, and the sexual reproductivity is relatively high. the factors influencing the pollen germination were as follows: sucrose > boric acid > cacl2 > ga3. the longevity of pollen stored at room temperature was only 24 days, the longevity of pollen stored at 4 was about 80 days, and the longevity of pollen stored at -20 was 120-184 days. the pollen longevity for storage at -80 was over one year, and the suitable temperature for long-term preservation of pollen was at -196. the germination rate of pollen decreased rapidly before and after the drastic changes of pollen protective enzyme, mda content and asa content. sod, cat, pod activities and asa content at -196 remained stable and the ability of eliminating active oxidation was strong. correlation analysis showed that sod activity was the most important physiological factor that affected the pollen longevity during storage, and membrane peroxidation was the main physiological factor that caused pollen death. the three protective enzymes and asa under different storage temperatures had different effects: pod served as a sensitive protective enzyme at room temperature, sod served as a sensitive protective enzyme at - 20 and - 80, whereas both sod and cat served as sensitive protective enzymes at 4. the order of the effects of three protective enzyme activities and asa content on pollen germination rate was as follows: sod > cat > asa > pod. conclusion the rate of pollen plumpness was correlated with the germination rate. the highest germination rate in paeonia ludlowii was about 92.10% of the pollen treated with 120 g�l-1 sucrose 45 mg�l-1 boric acid 55 mg�l-1 ga3 30 mg�l-1 cacl2. the room temperature was suitable for the short-term storage of p. ludlowii pollen within 24 days, 4, -20 were suitable for the mid-term storage of pollen in 80-120 days. -80 was suitable for transannual storage of pollen, and -196 was suitable for long-term storage of pollen. the generation and removal of reactive oxygen species within pollen cells were at an equilibrium when the pollen was stored at -196, and the stability of cell membrane system was the physiological responses to keeping high pollen germination rate. the cell membrane peroxidation and damage caused by excessive accumulation of reactive oxygen species and free radicals were the main reasons for the decrease of pollen germination rate after storage at room temperature, 4, -20 and -80. � 2021, editorial department of scientia silvae sinicae. all right reserved. number of references: 40 main heading: cultivation controlled terms: ascorbic acid� - �boric acid� - �boride coatings� - �chlorine compounds� - �conservation� - �cytology� - �enzymes� - �free radical reactions� - �free radicals� - �natural resources � - �oxidation� - �oxygen� - �physiological models� - �physiology� - �plants (botany)� - �reactive oxygen species� - �sugar (sucrose) uncontrolled terms: incubation temperatures� - �long-term preservation� - �physiological factors� - �physiological mechanisms� - �physiological response� - �resource conservation� - �scanning electronic microscopes� - �superoxide dismutases classification code: 461.9 biology� - �802.2 chemical reactions� - �804 chemical products generally� - �813.2 coating materials� - �821.3 agricultural methods� - �822.3 food products numerical data indexing: age 2.19e-01yr, age 2.19e-01yr to 3.29e-01yr, age 3.29e-01yr to 5.04e-01yr, age 6.58e-02yr, mass_density 1.20e 02kg/m3 to 2.20e-02kg/m3, percentage 5.60e 00%, percentage 9.21e 01% doi: 10.11707/j.1001-7488.20210209 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 8. grafting in cotton: a mechanistic approach for stress tolerance and sustainable development accession number: 20214611150742 authors: zhang, xin (1); khan, aziz (2); zhou, ruiyang (2); liu, yongsheng (1); zhang, baohong (3); wang, qinglian (1); zhang, zhiyong (1) author affiliation: (1) henan collaborative innovation centre of modern biological breeding, henan institute of science and technology, xinxiang; 453003, china; (2) college of agriculture, guangxi university, nanning; 530005, china; (3) department of biology, east carolina university, greenville; nc, united states corresponding author: zhang, zhiyong(zhangzhiyong@hist.edu.cn) source title: industrial crops and products abbreviated source title: ind. crops prod. volume: 175 issue date: january 2022 publication year: 2022 article number: 114227 language: english issn: 09266690 coden: icrdew document type: journal article (ja) publisher: elsevier b.v. abstract: grafting is a classical technique to increase plant stress resistance and yield in horticultural crops. this review takes cotton (gossypium spp.) as an example to summarize the application of grafting in sustainable development for the following subjects: (1) cotton production, such as improving stress tolerance, increasing nutrient and water use efficiency, and cultivating cotton perennially for high yield; (2) cotton breeding, such as conserving and propagating special germplasms, utilizing heterosis, breeding new varieties, improving the survival rate of transplanted plantlets, and accelerating virus-induced gene silencing (vigs); and (3) cotton physiology and molecular biology research, such as the mechanism underlying root-shoot communication. in particular, cotton is a unique non-horticultural field crop, which can grow annually or perennially, depending on winter temperature. therefore, cotton grafting has some unique aspects, e.g., annual cotton cultivars can be used in perennial cultivation when grafted on cold-resistant rootstocks to improve the over-winter survival abilities, and graft-propagated male sterile plants can be used for multi-year heterosis utilization in near tropics, which could be used to build a sustainable agricultural system. moreover, future promises associated with grafting have been presented and discussed, such as whether cotton grafting could promote the exchange of genetic material (especially dna) between rootstock and scion, resulting in stable inheritable variations that remains to be verified by molecular genetics. � 2021 elsevier b.v. number of references: 137 main heading: cotton controlled terms: crops� - �cultivation� - �grafting (chemical)� - �molecular biology� - �planning� - �plants (botany)� - �sustainable development� - �viruses� - �yield stress uncontrolled terms: classical techniques� - �mechanistics� - �perennial� - �plant stress� - �ratoon� - �rootstock� - �scion� - �stress resistance� - �stress tolerance� - �stress yield classification code: 461.9 biology� - �802.2 chemical reactions� - �821.3 agricultural methods� - �821.4 agricultural products� - �912.2 management� - �951 materials science doi: 10.1016/j.indcrop.2021.114227 funding details: number: 21irtsthn023, acronym: henu, sponsor: henan university; number: 31571600, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this research was funded by the national natural science foundation of china (31571600), the leading talent project in science and technology innovation of central plain of china (214200510021), and the program for innovative research team (in science and technology) in university of henan province, china (21irtsthn023). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 9. a novel agglomerated diamond abrasive with excellent micro-cutting and self-sharpening capabilities in fixed abrasive lapping processes accession number: 20204709522929 authors: chen, jiapeng (1, 3); sun, tao (2); su, jianxiu (3); li, jun (1); zhou, piao (1); peng, yanan (1, 3); zhu, yongwei (1) author affiliation: (1) national key laboratory of science and technology on helicopter transmission, nanjing university of aeronautics and astronautics, nanjing; 210016, china; (2) college of chemistry and chemical engineering, shanghai university of engineering science, shanghai; 201620, china; (3) school of mechanical & electrical engineering, henan institute of science and technology, xinxiang; 453003, china corresponding authors: zhu, yongwei(meeywzhu@nuaa.edu.cn); sun, tao(04190006@sues.edu.cn) source title: wear abbreviated source title: wear volume: 464-465 issue date: january 15, 2021 publication year: 2021 article number: 203531 language: english issn: 00431648 coden: wearah document type: journal article (ja) publisher: elsevier ltd abstract: the processing efficiency and stability of ultra-hard and brittle materials plannarized by fixed abrasive pads (faps) are largely determined by the cutting depth and the available number of active cutting abrasives and the abrasive wear behaviors. a newly prepared agglomerated diamond (ad) abrasive embedded in faps has demonstrated a significant improvement on processing efficiency and stability while being used to lap hard-to-processed ceramic materials. a mathematical model was built to explain the high removal efficiency of the ad abrasives, which followed a similar trend with experimental testing results. the micro-cutting and self-sharpening capabilities of the ad abrasive, which afforded faps with ad abrasives to improve efficiency and stability, were manifested by our experimental examinations on the worn abrasive morphologies, the fall-out diamond chips and scratch marks left on sapphire substrates by ad abrasives. � 2020 elsevier b.v. number of references: 36 main heading: cutting controlled terms: abrasives� - �agglomeration� - �diamonds� - �efficiency� - �micromachining� - �sapphire uncontrolled terms: abrasive wear behavior� - �diamond abrasive� - �experimental examination� - �experimental testing� - �fixed abrasive pads� - �hard and brittle materials� - �removal efficiencies� - �sapphire substrates classification code: 482.2.1 gems� - �604.2 machining operations� - �606.1 abrasive materials� - �802.3 chemical operations� - �913.1 production engineering doi: 10.1016/j.wear.2020.203531 funding details: number: 51675276, acronym: nsfc, sponsor: national natural science foundation of china; funding text: the paper is supported by national natural science foundation of china (grant no. 51675276) . henan institute of science and technology has provided the fe-sem. we are grateful to t. sun and j. su for their insightful comments. here, we all express our gratitude. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 10. recent advances in non-thermal disinfection technologies in the food industry accession number: 20214411106956 authors: yan, han (1); cui, zhenkun (1, 2); manoli, tatiana (2, 3); zhang, hao (1) author affiliation: (1) school of food science, henan institute of science and technology, hualan st. 90, xinxiang; 453003, china; (2) faculty of food technologies, sumy national agrarian university, herasima kondratieva st. 160, sumy; 40021, ukraine; (3) faculty of technology and commodity science of food products and food business, odessa national academy of food technologies, kanatnaya st. 112, odessa; 65039, ukraine corresponding author: cui, zhenkun(wind4774@163.com) source title: food science and technology research abbreviated source title: food sci. technol. res. volume: 27 issue: 5 issue date: 2021 publication year: 2021 pages: 695-710 language: english issn: 13446606 document type: journal article (ja) publisher: japanese society for food science and technology abstract: this article reviews the research progress of non-thermal disinfection technologies in food and introduces the principles of non-thermal disinfection technologies such as ultra-high pressure, ozone, acid electrolyzed water, irradiation, magnetic sterilization, high-pressure carbon dioxide, and natural antibacterial. we discuss the characteristics and application progress of non-thermal disinfection technologies in food processing and analyze their development trend based on their application and promotion in food processing and storage. � 2021 japanese society for food science and technology. all rights reserved. number of references: 162 main heading: disinfection controlled terms: carbon dioxide� - �food processing� - �food storage� - �sterilization (cleaning) uncontrolled terms: antibacterials� - �chemical disinfection technology� - �food industries� - �high pressure� - �natural antibacterial technology� - �non-thermal disinfection� - �nonthermal� - �physical disinfection technology� - �sterilization mechanism� - �ultra-high classification code: 694.4 storage� - �804.2 inorganic compounds� - �822.1 food products plants and equipment� - �822.2 food processing operations doi: 10.3136/fstr.27.695 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 11. translucent and superhydrophobic glass for self-cleaning and acid rain-restraining accession number: 20204809525780 authors: liu, pengfei (1); bai, xiuzhi (1); xing, weirong (1); zhang, yijun (1); chen, na (1); zhang, yuping (1); qu, lingbo (2); ma, jingyuan (3) author affiliation: (1) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; henan; 453003, china; (2) college of chemistry and molecular engineering, zhengzhou university, zhengzhou; henan; 450001, china; (3) department of biology and food engineering, beijing vocational college of agriculture, beijing; 102442, china corresponding author: bai, xiuzhi(amibai@126.com) source title: materials chemistry and physics abbreviated source title: mater chem phys volume: 259 issue date: february 1, 2021 publication year: 2021 article number: 124049 language: english issn: 02540584 coden: mchpdr document type: journal article (ja) publisher: elsevier ltd abstract: translucent and superhydrophobic glass surface was fabricated by a nh4f-assisted in-situ growth and post-modification process. vertical and interconnected layered double hydroxide (ldh) nanosheets were built on the glass surface to enhance surface roughness, and then modified with stearic acid (sa) to reduce the surface energy. the water contact angle (wca) and water sliding angle (wsa) of the prepared glass was 167� and 2�, respectively, exhibiting the excellent water-repellency and self-cleaning ability. the transparency of the prepared glass was measured by uv�vis spectrophotometer, and the transmittance in visible region was ranged from 68% to 77.8%. the prepared glass possessed outstanding ability to withstand physical and chemical damage, such as sandpaper abrasion, tape-peeling and acid/base immersion. in addition, the superhydrophobic glass had good environmental adaptability, which can resist uv irradiation and acid raindrop impact. consequently, the obtained translucent and superhydrophobic glass can be applied in various fields, such as self-cleaning traffic indicators, wind screens, self-cleaning windows and dust-free solar panels. � 2020 elsevier b.v. number of references: 43 main heading: stained glass controlled terms: acid rain� - �cleaning� - �contact angle� - �irradiation� - �superhydrophobicity� - �surface roughness uncontrolled terms: chemical damages� - �environmental adaptability� - �in-situ growth� - �layered double hydroxides� - �post-modification� - �raindrop impact� - �water contact angle (wca)� - �water repellency classification code: 451.1 air pollution sources� - �802.3 chemical operations� - �812.3 glass� - �931.2 physical properties of gases, liquids and solids numerical data indexing: percentage 6.80e 01% to 7.78e 01% doi: 10.1016/j.matchemphys.2020.124049 funding details: number: 172102210085,192102310262, acronym: -, sponsor: -; number: 19a150024, acronym: -, sponsor: -; funding text: the research is supported by the key projects of science and technology of henan province (no. 172102210085 and no. 192102310262 ) and key scientific research project of henan provincial education department ( 19a150024 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 12. a recyclable molten-salt synthesis of b and k co-doped g-c3n4 for photocatalysis of overall water vapor splitting accession number: 20204109312973 authors: wang, ji-chao (1, 4); hou, yuxia (1); feng, fu-dong (1); wang, wen-xia (1); shi, weina (2); zhang, wanqing (1); li, yu (3); lou, huihui (1); cui, cheng-xing (1, 4) author affiliation: (1) college of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453000, china; (2) school of chemistry and materials engineering, xinxiang university, xinxiang; 453000, china; (3) department of material and chemical engineering, zhengzhou university of light industry, zhengzhou; 450052, china; (4) college of chemistry, zhengzhou university, zhengzhou; 450052, china corresponding author: shi, weina(shiweina516@163.com) source title: applied surface science abbreviated source title: appl surf sci volume: 537 issue date: january 30, 2021 publication year: 2021 article number: 148014 language: english issn: 01694332 coden: asusee document type: journal article (ja) publisher: elsevier b.v., netherlands abstract: photocatalytic overall water splitting is one of the green and efficient energy technologies. due to difficult release of o2 from photocatalysts, the simultaneous generation of h2 and o2 is a critical challenge for water splitting. b and k co-doped g-c3n4 (b/k-g-c3n4) catalyst was synthesized by the recyclable molten-salt method in this study. compared with the k doped and pristine g-c3n4 samples, b/k-g-c3n4 exhibited the highest photocatalytic activity for water vapor splitting under visible light illumination. the yield ratio of h2 and o2 reached approximately 2:1, and the corresponding rates were 1.18 and 0.58 �mol/h after 24 h of illumination. the b/k-g-c3n4 sample demonstrated good photocatalytic stability after 9 cycles. additionally, the co-doped g-c3n4 catalyst, obtained from the repeatedly recyclable salts, still exhibited equivalent photocatalytic activity. based on the built structure model with g-c3n4, the homo and lumo distributions were changed by b and k co-doping, leading to improved separation of photoinduced carriers. the photocatalytic mechanism for water splitting over g-c3n4 semiconductor was speculated. � 2020 elsevier b.v. number of references: 42 main heading: photocatalytic activity controlled terms: catalysts� - �fused salts� - �semiconductor doping� - �water vapor uncontrolled terms: critical challenges� - �efficient energy technologies� - �molten salt method� - �molten salt synthesis� - �photo-catalytic� - �structure modeling� - �visible light� - �water splitting classification code: 712.1 semiconducting materials� - �803 chemical agents and basic industrial chemicals� - �804 chemical products generally� - �804.2 inorganic compounds numerical data indexing: time 8.64e 04s doi: 10.1016/j.apsusc.2020.148014 funding details: number: 202102310595,192102310231,182102410094, acronym: -, sponsor: key scientific research project of colleges and universities in henan province; number: 2018cg04, acronym: hist, sponsor: henan institute of science and technology; number: 2019ggjs170, acronym: -, sponsor: -; number: 2019m652532, acronym: -, sponsor: china postdoctoral science foundation; number: 21a430030,19b150006, acronym: -, sponsor: key scientific research project of colleges and universities in henan province; number: 51802082, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was supported by the financial supports of national natural science foundation of china (no. 51802082 ), china postdoctoral science foundation (no. 2019m652532 ), training plan for university�s young backbone teachers of henan province ( 2019ggjs170 ), key scientific and technological project of henan province (no. 182102410094 , 192102310231 and 202102310595 ), key scientific research project of colleges and universities in henan province (no. 21a430030 and 19b150006 ) and �climbing� project of henan institute of science and technology (no. 2018cg04 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 13. cu(ii)-porphyrin based near-infrared molecules: synthesis, characterization and photovoltaic application accession number: 20210609880725 authors: li, renlong (1); yuan, yongqiang (1); liang, lei (1); lu, jianfeng (1); cui, cheng-xing (1); niu, hongying (1); wu, zerun (2); liu, gongchu (2); hu, zhicheng (2); xie, ruihao (3); huang, fei (2); zhang, yuping (1) author affiliation: (1) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453003, china; (2) state key laboratory of luminescent materials and devices, institute of polymer optoelectronic materials and devices, south china university of technology, guangzhou; 510640, china; (3) school of optoelectronic engineering, guangdong polytechnic normal university, guangzhou; 510665, china corresponding author: zhang, yuping(zhangyuping@hist.edu.cn) source title: new journal of chemistry abbreviated source title: new j. chem. volume: 45 issue: 3 issue date: january 21, 2021 publication year: 2021 pages: 1601-1608 language: english issn: 11440546 e-issn: 13699261 coden: njche5 document type: journal article (ja) publisher: royal society of chemistry abstract: porphyrin and its derivatives play important roles in natural energy conversion applications. in this work, we designed and synthesized three novel acceptor-donor-acceptor (a-d-a) type small molecules (namely por-cu-ic, por-cu-icf and por-cu-icff) with the cu(ii)-porphyrin as the central electron-donating core and fluorinated 2-(3-oxo-2,3-dihydro-1h-inden-1-ylidene)malononitrile as the electron-withdrawing end groups. these new molecules show broad absorption spectra from 300 to 900 nm with strong intramolecular charge transfer absorption spectra at around 800 nm, and an optical bandgap of about 1.4 ev. organic solar cells (oscs) based on these new molecules as non-fullerene electron acceptors achieved power conversion efficiencies from 0.5% to 2.44%. the oscs were characterized by several techniques, including density functional theory (dft), space-charge limited current (sclc), photoluminescence spectra (pl) and atomic force microscopy (afm). these results demonstrate a systematic study of cu(ii)-porphyrin molecules, which could be used to design molecules for use in organic electronics. this journal is � the royal society of chemistry and the centre national de la recherche scientifique. number of references: 61 main heading: copper compounds controlled terms: atomic force microscopy� - �charge transfer� - �density functional theory� - �design for testability� - �electromagnetic wave absorption� - �energy conversion� - �infrared devices� - �molecules� - �organic solar cells� - �photoluminescence � - �porphyrins� - �synthesis (chemical) uncontrolled terms: electron-donating� - �electronwithdrawing� - �intra-molecular charge transfer� - �organic electronics� - �photoluminescence spectrum� - �photovoltaic applications� - �power conversion efficiencies� - �space-charge-limited current classification code: 525.5 energy conversion issues� - �711 electromagnetic waves� - �741.1 light/optics� - �741.3 optical devices and systems� - �802.2 chemical reactions� - �804.1 organic compounds� - �931.3 atomic and molecular physics numerical data indexing: electron_volt 1.40e 00ev, percentage 5.00e-01% to 2.44e 00%, size 3.00e-07m to 9.00e-07m, size 8.00e-07m doi: 10.1039/d0nj04800c compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 14. three-dimensional hierarchical porous carbon coupled with chitosan based electrochemical sensor for sensitive determination of niclosamide accession number: 20213010669897 authors: li, fang (1, 2); liu, runqiang (1, 3); dubovyk, volodymyr (2); ran, qiwen (4); li, bo (1); chang, yuqi (1); wang, hongliang (1, 3); zhao, hongyuan (1, 5); komarneni, sridhar (5) author affiliation: (1) henan engineering research center of green pesticide creation & intelligent pesticide residue sensor detection, henan institute of science and technology, xinxiang; 453003, china; (2) sumy national agrarian university, sumy; 40021, ukraine; (3) henan engineering research center of biological pesticide & fertilizer development and synergistic application, henan institute of science and technology, xinxiang; 453003, china; (4) state key laboratory of electronic thin films and integrated devices, university of electronic science and technology of china, chengdu; 610054, china; (5) department of ecosystem science and management and materials research institute, 204 energy and the environment laboratory, the pennsylvania state university, university park; pa; 16802, united states corresponding author: liu, runqiang(liurunqiang1983@126.com) source title: food chemistry abbreviated source title: food chem. volume: 366 issue date: january 1, 2022 publication year: 2022 article number: 130563 language: english issn: 03088146 e-issn: 18737072 coden: fochdj document type: journal article (ja) publisher: elsevier ltd abstract: herein, a simple, low-cost, environment-friendly strategy was proposed to prepare the composite of three-dimensional hierarchical porous carbon and chitosan, which was applied to modify the glass carbon electrode to fabricate an electrochemical sensor for the determination of niclosamide. the three-dimensional porous carbon with interconnected conductive network, high surface area, and self-generated oxygen-containing functional groups was prepared by salt-templating method with glucose as carbon source and eutectic mixture of libr/kbr as both activating and pore-forming agent. during the subsequent ultrasonic process, chitosan with excellent filming property, strong adsorption ability, and good dispersibility was successfully decorated on the obtained porous carbon to further enhance the determination performance of niclosamide. benefitting from the multi-functional integration of three-dimensional hierarchical porous carbon and chitosan, the fabricated sensor presented a low limit of detection (6.7 nm) in the linear concentration range from 0.01 to 10 �m. moreover, the fabricated sensor could show good repeatability, reproducibility, stability, and selectivity. most important, the decent practicability for the detection of niclosamide was obtained in different food samples with low relative standard deviation and satisfactory recoveries. this work provides a very valuable reference for the sensitive determination of niclosamide in food samples. � 2021 elsevier ltd number of references: 35 main heading: food products controlled terms: carbon� - �chemical detection� - �chitosan� - �electrochemical sensors� - �electrodes� - �lithium compounds� - �porous materials� - �ultrasonic applications uncontrolled terms: electrochemical determination� - �electrochemicals� - �fabricated sensors� - �food samples� - �hierarchical porous carbons� - �low-costs� - �niclosamide� - �porous carbons� - �simple � - �three-dimensional hierarchical porous carbon classification code: 732.2 control instrumentation� - �753.3 ultrasonic applications� - �801 chemistry� - �801.4.1 electrochemistry� - �804 chemical products generally� - �804.1 organic compounds� - �822.3 food products� - �951 materials science numerical data indexing: size 6.70e-09m doi: 10.1016/j.foodchem.2021.130563 funding details: number: 202300410163, acronym: -, sponsor: natural science foundation of henan province; funding text: this research was funded by the zhongyuan thousand talents program of henan province (zyqr201810142), young backbone teacher training project of henan province (2020ggjs166), national key r&d program of china (no. 2017yfd0301104), project of plant protection key discipline of henan province (1070202190011005), and natural science foundation of henan province (no. 202300410163). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 15. efficient energy utilization with device placement and scheduling in the internet of things����(open access) accession number: 20214010984492 authors: zhu, yanli (1, 2); yang, xiaoping (1); hong, yi (3, 4); leng, youfang (1); luo, chuanwen (3, 4) author affiliation: (1) school of information, renmin university of china, beijing; 100872, china; (2) school of information and engineering, henan institute of science and technology, xinxiang; 453003, china; (3) school of information science and technology, beijing forestry university, beijing; 100083, china; (4) eng. res. ctr. for forest.-oriented intelligent info. proc. of natl. forest. and grass. admin., beijing; 100083, china corresponding author: luo, chuanwen(chuanwenluo@bjfu.edu.cn) source title: wireless communications and mobile computing abbreviated source title: wireless commun. mobile comput. volume: 2021 issue date: 2021 publication year: 2021 article number: 5921181 language: english issn: 15308669 e-issn: 15308677 document type: journal article (ja) publisher: hindawi limited abstract: the low-power wide-area network (lpwan) technologies, such as lora, sigfox, and nb-iot, bring new renovation to the wireless communication between end devices in the internet of things (iot), which can provide larger coverage and support a large number of iot devices to connect to the internet with few gateways. based on these technologies, we can directly deploy iot devices on the candidate locations to cover targets or the detection area without considering multihop data transmission to the base station like the traditional wireless sensor networks. in this paper, we investigate the problems of the minimum energy consumption of iot devices for target coverage through placement and scheduling (mtps) and minimum energy consumption of iot devices for area coverage through placement and scheduling (maps). in the problems, we consider both the placement and scheduling of iot devices to monitor all targets (or the whole detection area) such that all targets (or the whole area) are (or is) continuously observed for a certain period of time. the objectives of the problems are to minimize the total energy consumption of the iot devices. we first, respectively, propose the mathematical models for the mtps and maps problems and prove that they are np-hard. then, we study two subproblems of the mtps problem, minimum location coverage (mlc), and minimum energy consumption scheduling deployment (mesd) and propose an approximation algorithm for each of them. based on these two subproblems, we propose an approximation algorithm for the mtps problem. after that, we investigate the minimum location area coverage (mlac) problem and propose an algorithm for it. based on the mlac and mesd problems, we propose an approximation algorithm to solve the maps problem. finally, extensive simulation results are given to further verify the performance of the proposed algorithms. � 2021 yanli zhu et al. number of references: 32 main heading: internet of things controlled terms: approximation algorithms� - �energy utilization� - �location� - �low power electronics� - �scheduling� - �wide area networks� - �wireless sensor networks uncontrolled terms: area coverages� - �candidate locations� - �end-devices� - �location area� - �low power� - �minimum energy consumption� - �network technologies� - �sub-problems� - �wide-area networks� - �wireless communications classification code: 525.3 energy utilization� - �716.3 radio systems and equipment� - �722.3 data communication, equipment and techniques� - �723 computer software, data handling and applications� - �912.2 management� - �921 mathematics doi: 10.1155/2021/5921181 compendex references: yes open access type(s): all open access, green database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 16. ph-controlled mechanism of photocatalytic rhb degradation over g-c3n4 under sunlight irradiation accession number: 20210909977733 authors: shi, weina (1); fang, wen-xue (2, 3); wang, ji-chao (3, 4); qiao, xiu (3); wang, beibei (4); guo, xiaowei (1) author affiliation: (1) school of chemistry and materials engineering, xinxiang university, xinxiang; 453003, china; (2) institute of forensic science, xinxiang municipal public security bureau, xinxiang; 453003, china; (3) school of ecology and environment, zhengzhou university, zhengzhou; 450000, china; (4) college of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453000, china corresponding author: wang, ji-chao(wangjichao@hist.edu.cn) source title: photochemical and photobiological sciences abbreviated source title: photochem. photobiol. sci. volume: 20 issue: 2 issue date: february 2021 publication year: 2021 pages: 303-313 language: english issn: 1474905x e-issn: 14749092 coden: ppshcb document type: journal article (ja) publisher: springer nature abstract: photocatalysis of dye degradation is one of green and cheap technologies for solving environmental pollution. whereas it is rarely concerned that the degradation process varied with the change of solution condition, this work studied the influence of hydrion in the solution on the photodegradation process of rhodamine b (rhb) over g-c3n4. the photocatalytic activity of rhb degradation was enhanced gradually with increased hydrion content in the system. the efficiency for rhb degradation over g-c3n4 in weak acidic system with interference of multiple metal-ions still reached near 95% after 30�min of natural sunlight irradiation. a large amount of oxidation species and the hydroxylation mineralization process were induced by increasing the hydrion concentration. two degradation processes for deethylation of four ethyl groups and the direct chromophoric degradation were discovered and proved by multifarious intermediates in different systems using the esr technique, lc/ms and gc/ms analysis. in addition, the photosensitization played a critical role in the rhb degradation. a feasible degradation mechanism was proposed for the rhb degradation based on the experimental results. � 2021, the author(s), under exclusive licence to european photochemistry association,european society for photobiology. number of references: 54 main heading: rhodium compounds controlled terms: chemical analysis� - �degradation� - �environmental technology� - �irradiation� - �metal ions� - �metals� - �photocatalytic activity� - �photodegradation� - �rhodamine b uncontrolled terms: degradation mechanism� - �degradation process� - �environmental pollutions� - �mineralization process� - �multiple metal ions� - �natural sunlight� - �solution conditions� - �sunlight irradiation classification code: 454 environmental engineering� - �531.1 metallurgy� - �802.2 chemical reactions numerical data indexing: percentage 9.50e 01% doi: 10.1007/s43630-021-00019-9 funding details: number: 21a430030, acronym: -, sponsor: -; number: 51802082, acronym: nsfc, sponsor: national natural science foundation of china; number: 212300410221, acronym: -, sponsor: natural science foundation of henan province; number: 2018cg04, acronym: hist, sponsor: henan institute of science and technology; number: 212102210473, acronym: -, sponsor: henan provincial science and technology research project; number: 21hatit016, acronym: -, sponsor: science and technology innovation talents in universities of henan province; funding text: this work was supported by the financial supports of national natural science foundation of china (no. 51802082), natural science foundation of henan province (212300410221), program for science & technology innovation talents in universities of henan province (no. 21hatit016), key scientific and technological project of henan province (212102210473), key scientific research project of henan provincial education department (21a430030) and �climbing� project of henan institute of science and technology (no. 2018cg04). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 17. effect of material structure on spinel machinability in its fixed abrasive lapping accession number: 20212510522626 authors: zhankui, wang (1, 2); minghua, pang (1); mingchao, liang (1); jianbin, wang (3, 4); lijie, ma (1); haixu, liu (1); jianhai, han (2); yongwei, zhu (4); jianxiu, su (1) author affiliation: (1) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china; (2) henan university of science and technology, luoyang; 471000, china; (3) school of mechanical and automotive engineering, anhui polytechnic university, wuhu; 241000, china; (4) jiangsu key laboratory of precision and micro-manufacturing technology, nanjing university of aeronautics and astronautics, nanjing; 210016, china corresponding authors: zhankui, wang(luckywzk@126.com); jianxiu, su(dlutsu2004@126.com) source title: journal of manufacturing processes abbreviated source title: j. manuf. processes volume: 68 issue date: august 2021 publication year: 2021 pages: 141-153 language: english issn: 15266125 document type: journal article (ja) publisher: elsevier ltd abstract: clarifying the effects of material properties on the lapping performance is helpful in optimizing the lapping processing and revealing the lapping mechanisms. in this study, the microstructures of single-crystal spinel (ss) and polycrystalline spinel (ps) were observed by a microscope after being etched with h3po4 at high temperature. automatically controlled micro-hardness testing and analysis systems were used to measure the hardness and crack length of ss and ps wafers. on this basis, the fracture toughness and critical cutting depth were estimated. and, a series of lapping tests were conducted to evaluate the effects of crystals on its machinability with a fixed abrasive pad (fap). after lapping, the size distribution of collected debris was measured by using a laser particle analyzer. the debris and selected posts of fap were observed by using a scanning electron microscope. experimental results indicate that the different microstructures and hardness characteristics between ss and ps result in different average cutting depths, which finally affect the lapping debris sizes, fap surface conditions, and its machinability. � 2021 the society of manufacturing engineers number of references: 52 main heading: surface properties controlled terms: abrasives� - �debris� - �fracture toughness� - �lapping� - �microhardness� - �microstructure� - �scanning electron microscopy� - �single crystals uncontrolled terms: abrasive pads� - �cutting depth� - �effects of materials� - �fixed abrasives� - �material removal rate� - �materials structure� - �performance� - �polycrystalline spinel� - �property� - �spinel classification code: 604.2 machining operations� - �606.1 abrasive materials� - �606.2 abrasive devices and processes� - �931.2 physical properties of gases, liquids and solids� - �933.1 crystalline solids� - �951 materials science doi: 10.1016/j.jmapro.2021.05.035 funding details: number: 2020m672220, acronym: -, sponsor: china postdoctoral science foundation; number: u1804142, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this study was supported by the national natural science foundation of china (u1804142), project funded by china postdoctoral science foundation (2020m672220), science and technology plan projects of henan province (212102210062), the young backbone teachers project of henan province (no.2019ggjs167), and the key program in the excellent young talents support plan in universities of anhui province (no. gxyqzd2019051). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 18. a compressed sampling receiver based on modulated wideband converter and a parameter estimation algorithm for fractional bandlimited lfm signals accession number: 20203109003218 authors: li, xiaomin (1, 2); wang, huali (3); luo, haichao (4) author affiliation: (1) school of electronic and optical engineering, nanjing university of science and technology, nanjing; jiangsu; 210094, china; (2) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; henan; 453003, china; (3) college of communication engineering, the army engineering university of pla, nanjing; jiangsu; 210007, china; (4) college of tourism, henan normal university, xinxiang; henan; 453003, china corresponding author: wang, huali(huali.wang@ieee.org) source title: circuits, systems, and signal processing abbreviated source title: circ syst signal process volume: 40 issue: 2 issue date: february 2021 publication year: 2021 pages: 918-957 language: english issn: 0278081x e-issn: 15315878 coden: csspeh document type: journal article (ja) publisher: birkhauser abstract: a modified modulated wideband converter (mwc)-based compressed sampling receiver and a parameter estimation algorithm in discrete time fractional fourier domain (dtfrfd) to intercept and estimate the fractional bandlimited lfm signals are suggested in this work. our proposed compressed sampling receiver has some advantages compared to the original mwc-based compressed sampling receiver. firstly, the proposed receiver works in dtfrfd which is more effective to intercept the fractional bandlimited signals, while the original mwc-based digital receiver works in discrete time fourier domain (dtfd). secondly, the cross-channel signal can get better separation by the proposed digital receiver than by original mwc-based receiver because that the nonzero part of the signal�s available spectrum is narrower in dtfrfd than in dtfd. then, with the data acquired from the digital receiver, we propose a novel parameter estimation algorithm for the intercepted fractional bandlimited lfm signal based on omp and the differentiation spectrum in dtfrfd. the initial frequency and final frequency of the intercepted fractional bandlimited lfm signal can be extracted successfully without two-dimensional search and reconstruction, and only two iterations are needed according the algorithm. both theoretical analysis and simulation results demonstrate that the proposed algorithm bears a relatively low complexity and its estimation precision is not only higher than both dfrft-based search algorithm and dfrft-based reconstruction algorithm but also close to cramer�rao lower bound. � 2020, springer science business media, llc, part of springer nature. number of references: 53 main heading: parameter estimation controlled terms: signal receivers� - �signal sampling uncontrolled terms: analysis and simulation� - �compressed samplings� - �fractional fourier domains� - �modulated wideband converters� - �modulated wideband converters (mwc)� - �parameter estimation algorithm� - �reconstruction algorithms� - �two-dimensional search classification code: 922 statistical methods doi: 10.1007/s00034-020-01507-6 funding details: number: 142102210431, acronym: -, sponsor: -; number: 61271354, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this research was funded by national natural science foundation of china grant no. 61271354 and henan province science and technology key project grant no. 142102210431. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 19. corrosion behaviors of nitride coatings on titanium alloy in nacl-induced hot corrosion accession number: 20212410504508 authors: zhang, mingming (1, 2); feng, yipeng (1); wang, yahui (1); niu, yunsong (2); xin, li (2); li, yongfeng (1); su, jianxiu (1); zhu, shenglong (2); wang, fuhui (3) author affiliation: (1) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china; (2) corrosion and protection division, shenyang national laboratory for materials science, institute of metal research, shenyang; 110016, china; (3) corrosion and protection division, shenyang national laboratory for materials science, northeastern university, shenyang; 110819, china corresponding authors: li, yongfeng(lyf16816800@163.com); niu, yunsong(ysniu@imr.ac.cn) source title: acta metallurgica sinica (english letters) abbreviated source title: acta metal. sin. volume: 34 issue: 10 issue date: october 2021 publication year: 2021 pages: 1434-1446 language: english issn: 10067191 e-issn: 21941289 coden: amsifz document type: journal article (ja) publisher: chinese society of metals abstract: tin and tialn coatings were deposited by arc ion plating on titanium alloys to study their hot corrosion resistance when they were exposed to nacl at 600��c. the microstructure and corrosion behaviors of nitride coatings were studied using scanning electron microscope, x-ray diffraction, electro-probe microanalyzer and x-ray photoelectron spectroscopy. the results showed that nitride coatings with the different compositions and the ones with the same composition but different thicknesses presented different hot corrosion resistance. tin and thin tialn coatings showed poor corrosion resistance. serious internal oxidation attacked the alloy substrate. their corrosion products were mainly consisted of non-protective tio2 and sodium salt. by contrast, the thick tialn coating presented outstanding corrosion resistance. besides sodium salt, the corrosion products were composed of protective al2o3. the increasing thickness of tialn significantly enhanced the hot corrosion resistance. the corrosion mechanisms of alloy, tin and tialn coatings were discussed in detail. � 2021, the chinese society for metals (csm) and springer-verlag gmbh germany, part of springer nature. number of references: 47 main heading: corrosion resistant coatings controlled terms: alumina� - �aluminum alloys� - �aluminum oxide� - �corrosion resistance� - �corrosion resistant alloys� - �corrosive effects� - �high temperature corrosion� - �internal oxidation� - �oxide minerals� - �scanning electron microscopy � - �sodium� - �sodium chloride� - �titanium alloys� - �titanium dioxide� - �titanium nitride� - �titanium plating� - �x ray photoelectron spectroscopy uncontrolled terms: alloy substrates� - �arc ion plating� - �corrosion behavior� - �corrosion mechanisms� - �corrosion products� - �electro probe microanalyzer� - �hot corrosion resistance� - �nitride coating classification code: 482.2 minerals� - �539.1 metals corrosion� - �541.2 aluminum alloys� - �542.3 titanium and alloys� - �549.1 alkali metals� - �802.2 chemical reactions� - �804.2 inorganic compounds doi: 10.1007/s40195-021-01264-8 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 20. studies on different oxidation behaviors of tialn on titanium alloy and stainless steel under thermal cycling accession number: 20214010978524 authors: zhang, mingming (1, 2); li, yongfeng (1); feng, yipeng (1); xin, li (2); niu, yunsong (2); su, jianxiu (1); zhu, shenglong (2); wang, fuhui (3) author affiliation: (1) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china; (2) corrosion and protection division, shenyang national laboratory for materials science, institute of metal research, shenyang; 110016, china; (3) corrosion and protection division, shenyang national laboratory for materials science, northeastern university, shenyang; 110819, china corresponding author: niu, yunsong(ysniu@imr.ac.cn) source title: corrosion science abbreviated source title: corros. sci. volume: 192 issue date: november 2021 publication year: 2021 article number: 109865 language: english issn: 0010938x coden: crrsaa document type: journal article (ja) publisher: elsevier ltd abstract: this paper aims to explore the different oxidation behaviors of tialn coatings on two various substrates under thermal cycling at 750 �c. thin oxide scale layer formed and ti2n phase generated in tialn-tc4 system. idz composed of nitride phase appeared at tialn/tc4 interface after thermal cycling. by contrast, for tialn on stainless steel, thick oxide scale layer formed on the surface. there were no phase transitions in tialn and idz at coating/substrate interface after oxidation. the various oxidation cracking behaviors also occurred to the two systems. the relative oxidation mechanisms are discussed in detail in this study. � 2021 elsevier ltd number of references: 50 main heading: thermal cycling controlled terms: oxidation� - �protective coatings� - �stainless steel� - �titanium alloys� - �titanium oxides uncontrolled terms: a stainless steel� - �a titania� - �b thermal cycling� - �c oxide coating� - �c# interfaces� - �oxidation behaviours� - �oxide coating� - �oxide scale� - �thermal-cycling� - �titanium (alloys) classification code: 542.3 titanium and alloys� - �545.3 steel� - �802.2 chemical reactions� - �804.2 inorganic compounds numerical data indexing: temperature 1.023e 03k doi: 10.1016/j.corsci.2021.109865 funding details: number: 203010618003, acronym: hist, sponsor: henan institute of science and technology; number: 20irtsthn016, acronym: henu, sponsor: henan university; number: 51701223, acronym: nsfc, sponsor: national natural science foundation of china; number: 51871229, acronym: nsfc, sponsor: national natural science foundation of china; number: 51901071, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was supported by the national natural science foundation of china under grant nos. 51901071, 51871229 and 51701223; program for innovative research team (in science and technology) in university of henan province (20irtsthn016); high-level talents introduction project of henan institute of science and technology no. 203010618003; science and technology research project of henan province no. 192102210058 and the landmark innovation project of henan institute of science and technology; key scientific research projects of higher education of henan province of china no. 19a430014; the young key teachers projects in henan higher education institutions no. 2018ggjs113; and scientific and technological research projects of henan province no. 192102210215. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 21. genome-wide profiling of circular rnas in the hybridization of two elite inbred lines of gossypium hirsutum accession number: 20212510544619 authors: wang, xiao (1); qin, tengfei (2); peng, zhen (1); zhang, yaxin (2); yang, qiuyue (2); geng, xiaoli (1); salih, haron (3); sun, jialiang (2); he, shoupu (1); wang, qinglian (2); du, xiongming (1) author affiliation: (1) institute of cotton research of chinese academy of agricultural sciences (icr, caas)/state key laboratory of cotton biology, anyang; henan; 455000, china; (2) henan collaborative innovation center of modern biological breeding, henan institute of sciences and technology, xinxiang; henan; 453003, china; (3) crop sciences department, zalingei university, central darfur, sudan corresponding author: wang, qinglian(wangql985@163.com) source title: industrial crops and products abbreviated source title: ind. crops prod. volume: 170 issue date: october 15, 2021 publication year: 2021 article number: 113754 language: english issn: 09266690 coden: icrdew document type: journal article (ja) publisher: elsevier b.v. abstract: circular rna (circrna) is a type of single-stranded rna that plays a vital role in gene regulation during and after transcription. however, the functional role of circrna in polyploid crop hybridization has not yet been reported. in this study, a high-yield elite upland cotton (gossypium hirsutum) inbred line, 4133bt, crossed with a high-quality elite inbred line, j02�247, produced a high -yield and high-quality f1 hybrid. an rna-sequence library was constructed from three biological replicates of the parents and f1 hybrids in the vegetative and reproductive growth periods. a total of 340 high-confidence circrnas were identified. our results showed that the circrnas were more active in ovules than in fiber and leaves and that the host genes of ovule-specific circrnas were involved in nucleoside metabolic processes. in addition, single parent expressed (spe) circrnas and extremely nonadditively expressed (enae) circrnas had different expression patterns in the f1 hybrid. moreover, 32 out of the 340 circrnas were found to be dominant (expression level dominance, eld) or overdominant (transgressive) at the expression level. these circrnas might regulate the expression of their host genes through competitive inhibition. eight of these 32 circrnas might regulate gene expression through a putative cerna network. at 0 days post-anthesis (0 dpa) ovule, five circrnas were found to interact with six mirnas that are associated with the regulation of cytoskeleton- and plant cell wall-related genes during the initiation stage of cotton fiber development. two circrnas that interacted with two mirnas to regulate vesicle transport and signal transduction pathways during the fiber elongation stage were identified at 10 dpa (fiber). these results indicate that circrna may regulate the initiation and elongation stages of cotton fiber via a sponge model during the hybridization process. this study provides a deeper understanding of the molecular mechanism of hybrid breeding from a new perspective. � 2021 elsevier b.v. number of references: 70 main heading: cotton controlled terms: cotton fibers� - �plants (botany)� - �rna� - �signal transduction� - �transcription uncontrolled terms: circular rnac� - �crossbreeding� - �erna� - �expression levels� - �gossypium hirsutum� - �heterosis� - �high quality� - �higher yield� - �hybridisation� - �inbred line classification code: 461.2 biological materials and tissue engineering� - �461.9 biology� - �819.1 natural fibers� - �821.4 agricultural products numerical data indexing: age 0.00e00yr doi: 10.1016/j.indcrop.2021.113754 funding details: number: -, acronym: caas, sponsor: chinese academy of agricultural sciences; number: 2016yfd0100203, acronym: nkrdpc, sponsor: national key research and development program of china; number: 2016yfd0101413, acronym: nkrdpc, sponsor: national key research and development program of china; funding text: we would like to thank the financial support from the national key research and development program of china (2016yfd0100203 and 2016yfd0101413); agricultural science and technology innovation program of chinese academy of agricultural sciences. we are grateful to the national mid-term gene bank for cotton of institute of cotton research of chinese academy of agricultural sciences (icr, caas) for providing the experimental seeds. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 22. water absorption features of organic ground cover under artificial rainfall����(open access) accession number: 20203609131374 authors: zhang, yichuan (1, 2, 3, 4); qiao, lifang (1, 4); chen, chaoping (1); zhou, jian (1) author affiliation: (1) school of horticulture and landscape architecture, henan institute of science and technology, xinxiang; 453003, china; (2) henan province engineering research center of horticultural plant resource utilization and germplasm enhancement, xinxiang; 453003, china; (3) henan province engineering research center of special horticultural plant development and utilization, xinxiang; 453003, china; (4) horticultural key characteristic discipline group of henan province, xinxiang; 453003, china corresponding author: zhang, yichuan(zhangyichuan2002@163.com) source title: alexandria engineering journal abbreviated source title: alexandria engineering journal volume: 60 issue: 1 issue date: february 2021 publication year: 2021 pages: 311-319 language: english issn: 11100168 document type: journal article (ja) publisher: elsevier b.v. abstract: capable of retaining rainwater, organic ground cover (ogc) is an ecological material for urban greening. the water absorption features of various ogc materials should be identified before selecting the proper ogc for places under different climates. with the aid of a rainfall simulator, this paper experimentally explores the water absorption features of 16 common ogc materials at the rainfall intensity of 48 mm/h. based on the experimental results, the change trends of multiple indices were analyzed for these materials, namely, volumetric water absorption ratio, volumetric water absorption rate, mass water absorption ratio, mass water absorption rate, pre-drainage duration, and near saturation duration. the results show that the ogc materials differed significantly in water absorption capacity: (1) sd and ppb2 had the best volumetric water absorption ratios, while ec had the worst volumetric water absorption ratio. (2) the volumetric water absorption rates of all materials reached the maximum in 0�10 min after the artificial rainfall, and then decreased rapidly; at 10 min, the proportion of volumetric water absorption ratios of the 16 materials averaged at 74%; the highest (94%) and lowest (36%) proportions belong to oc and sd, respectively. (3) oc had the best mass water absorption ratio, while ec had the worst mass water absorption ratio. (4) at 10 min, the proportion of mass water absorption ratio of each material was the same as that of volumetric water absorption ratio; oc, pn, cf, cfp, ppb1, wb, and anbm had obviously higher mass water absorption rates than other materials, while ps, fpb2 and ec had relatively small mass water absorption rates. (5) the shortest and longest pre-drainage durations belong to oc (2 min) and sd (13.67 min), respectively. (6) the shortest pre-near saturation belongs to cfp, ppb1, fpb2 and ec (13.33 min), the longest pre-near saturation belongs to sd (50 min), respectively. the research results provide a reference for the selection of the ogc materials in urban greening. � 2020 faculty of engineering, alexandria university number of references: 36 main heading: water absorption controlled terms: rain uncontrolled terms: absorption features� - �artificial rainfall� - �ecological materials� - �in-water absorption� - �rainfall intensity� - �rainfall simulators� - �water absorption rates� - �water absorption ratios classification code: 443.3 precipitation� - �802.3 chemical operations numerical data indexing: percentage 3.60e 01%, percentage 9.40e 01%, time 1.20e 02s, time 3.00e 03s, time 6.00e 02s, time 8.00e 02s, time 8.20e 02s doi: 10.1016/j.aej.2020.08.010 funding details: number: 162102310088,172102310136, acronym: -, sponsor: -; number: 202102310027, acronym: -, sponsor: -; funding text: this research was supported by the following projects: key science and technology research and development program of henan province of china ( 202102310027 ), key science and technology research and development program (172102310136), key science and technology research and development program (162102310088), soft science research project of xinxiang city of china (title: research on the comprehensive utilization strategy of rainwater resources in ecological construction of xinxiang city). compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 23. effects of organic ground covers on soil moisture content of urban green spaces in semi-humid areas of china����(open access) accession number: 20203409062691 authors: zhang, yichuan (1, 2, 3, 4); qiao, lifang (1, 4); chen, chaoping (1); tian, li (1); zheng, xiaozhen (1) author affiliation: (1) school of horticulture and landscape architecture, henan institute of science and technology, xinxiang; 453003, china; (2) henan province engineering research center of horticultural plant resource utilization and germplasm enhancement, xinxiang; 453003, china; (3) henan province engineering research center of characteristic horticultural plant development and utilization, xinxiang; 453003, china; (4) horticultural key characteristic discipline group of henan province, xinxiang; 453003, china corresponding author: zhang, yichuan(zhangyichuan2002@163.com) source title: alexandria engineering journal abbreviated source title: alexandria engineering journal volume: 60 issue: 1 issue date: february 2021 publication year: 2021 pages: 251-259 language: english issn: 11100168 document type: journal article (ja) publisher: elsevier b.v. abstract: in urban green spaces, it is important to maintain a suitable soil moisture content, an important indicator of plant growth. the management of urban green spaces faces great challenges in semi-humid areas of china, which are featured by interannual changes in rainfall and the alternation between droughts and floods. this paper aims to select suitable organic ground cover (ogc) materials for urban green spaces in such areas, as the ogc can effectively absorb water and suppress the evaporation of soil moisture. for this purpose, 16 ogc materials were selected for our experiments, and 33 identical holes were dug on a field of silty loam. next, 16 holes were separately covered by a 5 cm-thick layer of the 16 materials, 16 holes were separately covered by a 10 cm-thick layer of the 16 materials, and 1 hole was taken as the control sample (ck). on this basis, the authors explored how the 16 materials in two different thicknesses affect the soil moisture contents in four different soil depths. the results show that: when the ogc layer was 5 cm thick and 10 cm thick, ck had the lowest soil moisture content at any soil depth. in most cases, the soil moisture content under the same ogc material changed insignificantly with the material thicknesses, except fpb2 and cp. the layer of ogc materials should be 5 cm, if the only purpose is to increase the soil moisture content and enhance the landscape effect, and 10 cm if rainwater absorption is also taken into account. the above results provide a reference for selecting the ogc materials suitable for urban greening. � 2020 faculty of engineering, alexandria university number of references: 42 main heading: soil moisture controlled terms: driers (materials)� - �moisture determination� - �plants (botany)� - �urban growth uncontrolled terms: control samples� - �different soils� - �ground covers� - �landscape effects� - �material thickness� - �plant growth� - �urban green spaces� - �urban greening classification code: 403.1 urban planning and development� - �483.1 soils and soil mechanics� - �803 chemical agents and basic industrial chemicals� - �944.2 moisture measurements numerical data indexing: size 1.00e-01m, size 5.00e-02m doi: 10.1016/j.aej.2020.08.001 funding details: number: 162102310088,172102310136, acronym: -, sponsor: -; number: 202102310027, acronym: -, sponsor: -; funding text: this research was supported by the following projects: key science and technology research and development program of henan province of china (202102310027), key science and technology research and development program (172102310136), key science and technology research and development program (162102310088), soft science research project of xinxiang city of china (title: research on the comprehensive utilization strategy of rainwater resources in ecological construction of xinxiang city). compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 24. 3d printing of multi-functional artificial conduits against acute thrombosis and clinical infection accession number: 20214711217514 authors: wang, hua-jie (1); mao, qiu-yue (1); feng, guo (1); liu, chang (3); yang, ming-zhi (1); hao, meng-fei (1); meng, zhi-fen (1); li, shu-mei (1); zhang, yu-ping (1); wang, jin-ye (2, 3) author affiliation: (1) school of chemistry and chemical engineering, henan institute of science and technology, eastern hualan avenue, xinxiang; henan; 453003, china; (2) school of biomedical engineering, shanghai jiao tong university, 800 dongchuan road, shanghai; 200240, china; (3) jiaxing yaojiao medical device co. ltd., 321 jiachuang road, jiaxing; 314032, china corresponding authors: wang, hua-jie(wanghj@hist.edu.cn); wang, jin-ye(jinyewang@sjtu.edu.cn) source title: composites part b: engineering abbreviated source title: compos part b: eng volume: 230 issue date: february 1, 2022 publication year: 2022 article number: 109497 language: english issn: 13598368 coden: cpbeff document type: journal article (ja) publisher: elsevier ltd abstract: post-surgical infections and acute thrombosis are two common clinical complications of implantable devices. here, we designed series of artificial conduits, using 3d printing, composed of biodegradable polylactic acid and ciprofloxacin/heparin-loaded zein microspheres to overcome postoperative infection and acute thrombosis. overall, the 3d printing technique accomplished the personalized customization and precise printing of subtle structure with 400 �m resolution in the x, y and z axes. ftir, xps, contact angle analysis and microscope techniques demonstrated that the multi-functional coating was uniform and composed of microspheres. the thickness and drug loading efficiency could be adjusted by changing process parameters. the multi-functional artificial conduits kept good mechanical properties with sustained release of loaded drugs in different rate kinetics. cell experiments and hematology experiments showed that the multi-functional artificial conduits had good cytocompatibility, hemocompatibility and anticoagulant activity. the in vitro and in vivo experiments demonstrated that the loading of ciprofloxacin and heparin with the aid of zein microspheres could endow the artificial conduits with dual functions of preventing acute thrombosis and protecting the implantation site against infection. these data supplied an alternative strategy for 3d printing of multi-functional conduits against postoperative infection and acute thrombosis. � 2021 elsevier ltd number of references: 45 main heading: diseases controlled terms: 3d printers� - �antibiotics� - �blood vessels� - �cell adhesion� - �contact angle� - �implants (surgical)� - �microspheres� - �protective coatings uncontrolled terms: 3-d printing� - �3d-printing� - �acute thrombose� - �clinical complications� - �clinical infection� - �implantable devices� - �multi-functional� - �multi-functional artificial conduit� - �postoperative infection� - �zein microspheres classification code: 461.2 biological materials and tissue engineering� - �461.6 medicine and pharmacology� - �461.9 biology� - �462.4 prosthetics� - �745.1.1 printing equipment� - �931.2 physical properties of gases, liquids and solids numerical data indexing: size 4.00e-04m doi: 10.1016/j.compositesb.2021.109497 funding details: number: 103010620002/012, acronym: hist, sponsor: henan institute of science and technology; number: 105020221015/034, acronym: nsfc, sponsor: national natural science foundation of china; number: 2019yfe0101200, acronym: -, sponsor: research and development; funding text: this work was financially supported by national key research and development project (2019yfe0101200), the plan of jiaxing innovation and elites leading, scientific and technological project of henan province, the basic research project of natural science in henan institute of science and technology (103010620002/012), training program of the national natural science foundation of china (105020221015/034) and training program of basic research plan (10502022015/056). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 25. nanocomposite of halloysite nanotubes/multi-walled carbon nanotubes for methyl parathion electrochemical sensor application accession number: 20204509458167 authors: zhao, hongyuan (1, 3); ma, huina (1); li, xiaoguang (2, 3); liu, binbin (1); liu, runqiang (1); komarneni, sridhar (3) author affiliation: (1) henan institute of science and technology, xinxiang; 453003, china; (2) state key laboratory of lithospheric evolution, institute of geology and geophysics, chinese academy of sciences, beijing; 100029, china; (3) department of ecosystem science and management and materials research institute, materials research laboratory, the pennsylvania state university, university park; pa; 16802, united states corresponding author: li, xiaoguang(lxg@mail.iggcas.ac.cn) source title: applied clay science abbreviated source title: appl. clay sci. volume: 200 issue date: january 2021 publication year: 2021 article number: 105907 language: english issn: 01691317 coden: aclser document type: journal article (ja) publisher: elsevier ltd abstract: we report a simple and highly efficient preparation of nanocomposite of halloysite (hal) nanotubes/multi-walled carbon nanotubes (hal-mwcnts) and its electrochemical sensor application for the determination of methyl parathion (mp). the phase structure and surface morphology of the hal-mwcnts nanocomposite were confirmed by x-ray diffraction (xrd), scanning electron microscopy (sem), and fourier transform infrared (ftir) spectra. according to the electrochemical tests, the fabricated glassy carbon electrode (gce) sensor with hal and multi-walled carbon nanotubes showed excellent mp determination performance because of the synergistic effect of hal and multi-walled carbon nanotubes. the hal-mwcnts/gce sensor exhibited a relatively low detection limit of 0.034 �m in the linear range of 0.5 11 �m. when used for the determination of mp in real samples, the hal-mwcnts/gce sensor showed good detection effect with satisfactory relative standard deviation (rsd) of 2.46 to 3.08% and recoveries of 98.8 of 101.8%. this work indicated that the nanocomposite of hal-mwcnts when coated on gce is useful for the fabrication of high-performance mp electrochemical sensor. � 2020 number of references: 53 main heading: multiwalled carbon nanotubes (mwcn) controlled terms: electrochemical sensors� - �fourier transform infrared spectroscopy� - �glass membrane electrodes� - �kaolinite� - �morphology� - �nanocomposites� - �nanotubes� - �phase structure� - �scanning electron microscopy� - �surface morphology uncontrolled terms: electrochemical test� - �fourier transform infrared� - �glassy carbon electrodes� - �halloysite nanotubes� - �low detection limit� - �methyl parathion� - �relative standard deviations� - �synergistic effect classification code: 482.2 minerals� - �704.1 electric components� - �761 nanotechnology� - �801 chemistry� - �933 solid state physics� - �951 materials science numerical data indexing: percentage 1.02e 02%, percentage 2.46e 00% to 3.08e 00% doi: 10.1016/j.clay.2020.105907 funding details: number: 203010617011, acronym: hist, sponsor: henan institute of science and technology; number: 2017yfd0301104, acronym: -, sponsor: -; number: 20irtsthn016, acronym: henu, sponsor: henan university; number: 1070202190011005, acronym: -, sponsor: -; funding text: this work was financially supported by national key r&d program of china (no. 2017yfd0301104 ), project of plant protection key discipline of henan province ( 1070202190011005 ), high-level talents introduction project of henan institute of science and technology (no. 203010617011 ), and program for innovative research team (in science and technology) in university of henan province (no. 20irtsthn016 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 26. advantages and challenges of sous vide cooking accession number: 20211110058452 authors: cui, zhenkun (1, 2); yan, han (1); manoli, tatiana (2, 3); mo, haizhen (4); bi, jicai (1); zhang, hao (1) author affiliation: (1) school of food science, henan institute of science and technology, hualan st. 90, xinxiang; 453003, china; (2) faculty of food technologies, sumy national agrarian university, herasima kondratieva st. 160, sumy; 40021, ukraine; (3) faculty of technology and commodity science of food products and food business, odessa national academy of food technologies, kanatnaya st. 112, odessa; 65039, ukraine; (4) school of food and bioengineering, shaanxi university of science and technology, weiyang university campus, xi�an; 710021, china corresponding author: zhang, hao(zh8941@126.com) source title: food science and technology research abbreviated source title: food sci. technol. res. volume: 27 issue: 1 issue date: 2021 publication year: 2021 pages: 25-34 language: english issn: 13446606 document type: journal article (ja) publisher: japanese society for food science and technology abstract: in recent years, sous vide (sv), or vacuum cooking, has been used to prepare foods and beverages by both food industries and restaurants worldwide. sv is considered a transformation of traditional cooking into a more nutritionally, healthier cooking. sv has the advantages in precise control of heating temperature and time, to improve quality, color, flavor, and nutritional value of food. in this review, we first describe the research progress in sv technology, concerning food quality (e.g., texture, color, flavor), nutrients (e.g., lipids, proteins, vitamins) food safety, and feasibility. meanwhile, we also address the challenges and perspectives of this new food processing technique. � 2021 japanese society for food science and technology. all rights reserved. number of references: 94 main heading: cooking controlled terms: food safety� - �textures uncontrolled terms: food industries� - �food quality� - �heating temperatures� - �nutritional value� - �precise control� - �processing technique� - �traditional cooking classification code: 822.2 food processing operations� - �822.3 food products doi: 10.3136/fstr.27.25 funding details: number: s2014-10-g02, acronym: -, sponsor: -; funding text: this research was supported by henan province technology system for conventional freshwater fish industries (s2014-10-g02). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 27. carbon-enriched sioc ceramics with hierarchical porous structure as anodes for lithium storage accession number: 20210609894389 authors: xia, kedong (1); liu, xiao (1); liu, he (1); lu, yun (2); liu, zhenmin (3); li, yunling (1); duan, lingyao (1); hou, zhenyu (1); li, renlong (1); wang, deli (2) author affiliation: (1) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453000, china; (2) key laboratory of material chemistry for energy conversion and storage (huazhong university of science and technology), ministry of education, hubei key laboratory of material chemistry and service failure, school of chemistry and chemical engineering, huazhong university of science and technology, wuhan; 430074, china; (3) school of chemical and biological engineering, taiyuan university of science and technology, taiyuan; 030021, china corresponding author: wang, deli(wangdl81125@hust.edu.cn) source title: electrochimica acta abbreviated source title: electrochim acta volume: 372 issue date: march 10, 2021 publication year: 2021 article number: 137899 language: english issn: 00134686 coden: elcaav document type: journal article (ja) publisher: elsevier ltd abstract: honeycomb-like carbon-enriched sioc ceramics were prepared with tetraethoxysilane and phenyltriethoxysilane as sol�gel precursor, and followed by etching with naoh. the microstructure evolution, chemical composition and lithium storage performance of sioc ceramics were investigated. the phase separation of sioc ceramics occurs as the elevation of pyrolysis temperature. the reaction of sio4 units with naoh not only generates hierarchical porous structure, but also increases the relative content of c and si-o-c phase. the porous sioc ceramic (h-sioc-900) possesses a high specific surface area of 503.62 m2g"1 and pore volume of 0.41 cm3g"1, and delivers a high reversible capacity of 961 mah g"1 and 480 mah g"1 at the current density of 50 ma g"1 and 500 ma g"1, respectively. although the reversible capacity of porous sioc ceramics is improved as the increase of sio3c and sio2c2 microstructures, the c content determines the electrochemical performance of bulk and honeycomb-like sioc ceramics. � 2021 number of references: 48 main heading: silicon controlled terms: carbon� - �etching� - �honeycomb structures� - �lithium� - �microstructure� - �phase separation� - �porosity� - �silanes� - �sodium hydroxide� - �sols uncontrolled terms: chemical compositions� - �electrochemical performance� - �hierarchical porous structures� - �high reversible capacities� - �high specific surface area� - �micro-structure evolutions� - �phenyltriethoxysilane� - �pyrolysis temperature classification code: 408.2 structural members and shapes� - �549.1 alkali metals� - �549.3 nonferrous metals and alloys excluding alkali and alkaline earth metals� - �802.2 chemical reactions� - �802.3 chemical operations� - �804 chemical products generally� - �804.1 organic compounds� - �931.2 physical properties of gases, liquids and solids� - �951 materials science doi: 10.1016/j.electacta.2021.137899 funding details: number: 21706086,51903073, acronym: -, sponsor: -; number: 2018027, acronym: hist, sponsor: henan institute of science and technology; number: 192102210172,202102210229, acronym: -, sponsor: science and technology department of henan province; funding text: this work was financially supported by the national natural science foundation ( 21706086 , 51903073 ), the program of science and technology department of henan province ( 192102210172 , 202102210229 ), and initiatory financial support from henan institute of science and technology ( 2018027 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 28. rs5 produced more butyric acid through regulating the microbial community of human gut microbiota accession number: 20211410180814 authors: qin, renbing (1, 2); wang, jin (3); chao, chen (1, 4); yu, jinglin (1); copeland, les (5); wang, shujun (1, 4); wang, shuo (1, 3) author affiliation: (1) state key laboratory of food nutrition and safety, tianjin university of science and technology, tianjin; 300457, china; (2) school of food science and technology, henan institute of science and technology, xinxiang; 453003, china; (3) tianjin key laboratory of food science and health, school of medicine, nankai university, tianjin; 300071, china; (4) school of food science and engineering, tianjin university of science and technology, tianjin; 300457, china; (5) sydney institute of agriculture, school of life and environmental sciences, university of sydney, sydney; nsw; 2006, australia corresponding authors: wang, shujun(sjwang@tust.edu.cn); wang, shuo(wangshuo@nankai.edu.cn) source title: journal of agricultural and food chemistry abbreviated source title: j. agric. food chem. volume: 69 issue: 10 issue date: march 17, 2021 publication year: 2021 pages: 3209-3218 language: english issn: 00218561 e-issn: 15205118 coden: jafcau document type: journal article (ja) publisher: american chemical society abstract: the objective of this research was to compare the in vitro fermentability of three resistant starches (rs2, rs3, and rs5). structural analyses showed that there were small changes in the long- and short-range ordered structure of three rss after fermentation by human gut microbiota. the fermentation of rss by gut microbiota produced large amounts of short-chain fatty acids, with rs5 producing more butyric acid and rs3 producing more lactic acid. rs3 and rs5 decreased the ph of the fermentation culture to a greater extent compared with rs2. moreover, rs5 increased significantly the relative abundance of bifidobacterium, dialister, collinsella, romboutsia, and megamonas. the results suggested that the form of rs was the main factor affecting the physiological function of rs and that rs5, as a recently recognized form of resistant starch, could be a better functional ingredient to improve health compared with rs2 and rs3. � 2021 american chemical society. all rights reserved. number of references: 64 main heading: butyric acid controlled terms: fermentation� - �lactic acid� - �starch� - �volatile fatty acids uncontrolled terms: fermentation culture� - �functional ingredient� - �human gut microbiota� - �microbial communities� - �physiological functions� - �relative abundance� - �short-chain fatty acids� - �short-range ordered classification code: 804.1 organic compounds doi: 10.1021/acs.jafc.0c08187 funding details: number: 201903d211006, acronym: -, sponsor: -; number: 31772095,32030084, acronym: nsfc, sponsor: national natural science foundation of china; number: 17jcjqjc45600,20zyjdjc00040, acronym: -, sponsor: natural science foundation of tianjin municipal science and technology commission; number: 2017yfd0400200, acronym: nkrdpc, sponsor: national key research and development program of china; funding text: this work was financially supported by the national natural science foundation of china (31772095 and 32030084), the national key research and development program of china (2017yfd0400200), natural science foundation of tianjin municipal science and technology commission (20zyjdjc00040 and 17jcjqjc45600), and shanxi province key r&d plan (201903d211006). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 29. synchronization control for discrete-time-delayed dynamical networks with switching topology under actuator saturations����(open access) accession number: 20212010349324 authors: chen, yonggang (1, 2); wang, zidong (3, 4); hu, jun (5); han, qing-long (6) author affiliation: (1) school of mathematical sciences, henan institute of science and technology, xinxiang; 453003, china; (2) school of electrical engineering and automation, henan polytechnic university, jiaozuo; 454003, china; (3) college of electrical engineering and automation, shandong university of science and technology, qingdao; 266590, china; (4) department of computer science, brunel university london, uxbridge; ub8 3ph, united kingdom; (5) department of applied mathematics, harbin university of science and technology, harbin; 150080, china; (6) school of software and electrical engineering, swinburne university of technology, melbourne; vic; 3122, australia corresponding author: wang, zidong(zidong.wang@brunel.ac.uk) source title: ieee transactions on neural networks and learning systems abbreviated source title: ieee trans. neural networks learn. sys. volume: 32 issue: 5 issue date: may 2021 publication year: 2021 pages: 2040-2053 article number: 9113757 language: english issn: 2162237x e-issn: 21622388 document type: journal article (ja) publisher: institute of electrical and electronics engineers inc. abstract: this article is concerned with the synchronization control problem for a class of discrete-time dynamical networks with mixed delays and switching topology. the saturation phenomenon of physical actuators is specifically considered in designing feedback controllers. by exploring the mixed-delay-dependent sector conditions in combination with the piecewise lyapunov-like functional and the average-dwell-time switching, a sufficient condition is first established under which all trajectories of the error dynamics are bounded for admissible initial conditions and nonzero external disturbances, while the l_{ 2} - l_\ infty performance constraint is satisfied. furthermore, the exponential stability of the error dynamics is ensured for admissible initial conditions in the absence of disturbances. second, by using some congruence transformations, the explicit condition guaranteeing the existence of desired controller gains is obtained in terms of the feasibility of a set of linear matrix inequalities. then, three convex optimization problems are formulated regarding the disturbance tolerance, the l_{ 2} - l_\ infty performance, and the initial condition set, respectively. finally, two simulation examples are given to show the effectiveness and merits of the proposed results. � 2012 ieee. number of references: 59 main heading: synchronization controlled terms: actuators� - �controllers� - �convex optimization� - �linear matrix inequalities� - �linear transformations� - �mathematical transformations� - �time delay� - �topology uncontrolled terms: actuator saturations� - �convex optimization problems� - �disturbance tolerance� - �external disturbances� - �lyapunov-like functional� - �performance constraints� - �saturation phenomenons� - �synchronization control classification code: 713 electronic circuits� - �732.1 control equipment� - �921 mathematics� - �961 systems science doi: 10.1109/tnnls.2020.2996094 funding details: number: 19hastit028, acronym: -, sponsor: -; number: -, acronym: -, sponsor: alexander von humboldt-stiftung; number: -, acronym: -, sponsor: royal society; number: 61673141,61773156,61873148,61933007, acronym: nsfc, sponsor: national natural science foundation of china; funding text: manuscript received december 26, 2018; revised july 6, 2019 and february 27, 2020; accepted may 15, 2020. date of publication june 10, 2020; date of current version may 3, 2021. this work was supported in part by the national natural science foundation of china under grant 61773156, grant 61873148, grant 61673141, and grant 61933007, in part by the program for science and technology innovation talents in the universities of henan province of china under grant 19hastit028, in part by the research fund for the taishan scholar project of shandong province of china, in part by the royal society of the u.k., and in part the alexander von humboldt foundation of germany. (corresponding author: zidong wang.) yonggang chen is with the school of mathematical sciences, henan institute of science and technology, xinxiang 453003, china, and also with the school of electrical engineering and automation, henan polytechnic university, jiaozuo 454003, china (e-mail: happycygzmd@tom.com). compendex references: yes open access type(s): all open access, green database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 30. the fate of fuel-nitrogen during the thermo-oxidative degradation of nitrogen-rich wood waste accession number: 20210609902785 authors: feng, yipeng (1, 2); fu, chengguo (1, 2); wang, yi (3); tian, yishui (2); su, tongchao (1); zhao, hongyuan (1); zhang, yaqi (1); li, yongfeng (1) author affiliation: (1) henan institute of science and technology, school of mechanical and electrical engineering, xinxiang; 453003, china; (2) key laboratory of energy resource utilization from agricultural residue of ministry of agriculture and rural affairs, chinese academy of agricultural engineering planning & design, beijing; 100125, china; (3) key laboratory of new materials and facilities for rural renewable energy of moa, henan agricultural university, zhengzhou; 450002, china corresponding author: tian, yishui(yishuit@yahoo.com) source title: journal of analytical and applied pyrolysis abbreviated source title: j anal appl pyrolysis volume: 155 issue date: may 2021 publication year: 2021 article number: 105026 language: english issn: 01652370 coden: jaapdd document type: journal article (ja) publisher: elsevier b.v. abstract: in the present study, nitrogen-rich wood waste underwent the thermo-oxidative degradation based on an entrained flow reactor with a mixture of oxygen and argon as the reaction agent. in addition, by comparing the results from pine and corncob, the fuel-nitrogen transformations and distributions from the thermo-oxidative degradation of wood waste were analyzed. furthermore, the effects of three operational parameters (i.e., temperature, equivalence ratio and oxygen concentration) on the fuel-nitrogen transformations and distributions from the thermo-oxidative degradation of wood waste were determined. according to the results, the fuel-nitrogen when undergoing the thermo-oxidative degradation of wood waste was primarily converted into the gaseous product. thus, n2 was determined as the major gaseous nitrogen-containing product, taking up nearly 76�96 % of the total nitrogen. hcn and nh3, two primary gaseous nitrogenous pollutants generated in the thermo-oxidative degradation of wood waste, exhibited the significantly higher concentrations than those generated from the thermo-oxidative degradation of pine and corncob, and their max concentrations reached 1180 and 1060 mg/m3. furthermore, the distributions of nitrogen-containing compounds in the gas, the char and the tar were observed to be noticeably impacted by temperature, equivalence ratio and oxygen concentration. besides, the yield of n-tar decreased from 17.9 to 0% and 15.65 to 5.67 %, and the n-pyrrole in char increased from 19 to 76.6 % and from 68.9�76.5% with the increase in temperature and equivalence ratio. � 2021 elsevier b.v. number of references: 50 main heading: wood controlled terms: ammonia� - �aromatic compounds� - �fuels� - �oxygen� - �tar uncontrolled terms: entrained flow reactor� - �equivalence ratios� - �gaseous nitrogen� - �gaseous products� - �operational parameters� - �oxygen concentrations� - �reaction agents� - �thermo-oxidative degradation classification code: 804 chemical products generally� - �811.2 wood and wood products numerical data indexing: mass_density 1.06e-03kg/m3, mass_density 1.18e-03kg/m3, percentage 1.57e 01% to 5.67e 00%, percentage 1.79e 01%, percentage 1.90e 01% to 7.66e 01% doi: 10.1016/j.jaap.2021.105026 funding details: number: 192102310250,202102310288, acronym: -, sponsor: -; number: cars-03-40, acronym: -, sponsor: -; funding text: this work was supported by key scientific and technological project of henan province in china (number: 202102310288 , and 192102310250 ) and national modern agricultural industrial technology system in china (number: cars-03-40 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 31. selective production of levoglucosenone by catalytic pyrolysis of cellulose mixed with magnetic solid acid accession number: 20212810615521 authors: qian, le (1, 2, 3); xu, feixiang (2); liu, shijun (2); lv, gaojin (1); jiang, liqun (2); su, tongchao (4); wang, yitong (5); zhao, zengli (2) author affiliation: (1) state key laboratory of biobased material and green papermaking, qilu university of technology, shandong academy of sciences, jinan; 250353, china; (2) guangdong provincial key laboratory of new and renewable energy research and development, guangzhou institute of energy conversion, cas key laboratory of renewable energy, chinese academy of sciences, guangzhou; 510640, china; (3) nano science and technology institute, university of science and technology of china, suzhou; 215000, china; (4) school of food science, henan institute of science and technology, xinxiang; 453003, china; (5) college of metallurgy and energy, north china university of science and technology, 21 bohai street, tangshan; 063210, china corresponding authors: jiang, liqun(lqjiang@ms.giec.ac.cn); su, tongchao(sutongchao66@163.com); wang, yitong(wangyt@ncst.edu.cn) source title: cellulose abbreviated source title: cellulose volume: 28 issue: 12 issue date: august 2021 publication year: 2021 pages: 7579-7592 language: english issn: 09690239 e-issn: 1572882x coden: celle8 document type: journal article (ja) publisher: springer science and business media b.v. abstract: in this study, magnetic solid acid fe3o4/c�so3h600 was synthesized and applied in catalytic fast pyrolysis of cellulose for the selective production of levoglucosenone (lgo). the catalytic pyrolysis of cellulose could not only reduce the reaction-required temperature and promote the lgo production, but also could be reused for recycling in an economical and practical approach. under the experimental conditions that the ratio of catalyst to cellulose was 1:1 and the pyrolysis temperature was 300��c, the yield of lgo reached 20 wt%. this research also explored the mechanism of cellulosic pyrolysis to produce lgo, indicating that lgo could be produced via further dehydration of levoglucosan. � 2021, the author(s), under exclusive licence to springer nature b.v. number of references: 32 main heading: pyrolysis controlled terms: cellulose� - �iron oxides� - �magnetite uncontrolled terms: catalytic pyrolysis� - �experimental conditions� - �fast pyrolysis� - �levoglucosan� - �levoglucosenone� - �magnetic solids� - �pyrolysis temperature� - �selective production classification code: 802.2 chemical reactions� - �804.2 inorganic compounds� - �811.3 cellulose, lignin and derivatives doi: 10.1007/s10570-021-04010-6 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 32. toxicity of cus/cds semiconductor nanocomposites to liver cells and mice liver accession number: 20211810278303 authors: wang, hua-jie (1); yang, gang-gang (3); wu, sha-sha (2); meng, zhi-fen (1); zhang, jia-min (1); cao, ying (2); zhang, yu-ping (1) author affiliation: (1) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; henan; 453003, china; (2) collaborative innovation center of henan province for green manufacturing of fine chemicals, key laboratory of green chemical media and reactions, ministry of education, school of chemistry and chemical engineering, henan normal university, xinxiang; henan; 453007, china; (3) department of urology, tongren hospital, shanghai jiao tong university school of medicine, no 1111 xianxia rd, shanghai; 200336, china corresponding author: cao, ying(caoying1130@sina.com) source title: science of the total environment abbreviated source title: sci. total environ. volume: 784 issue date: august 25, 2021 publication year: 2021 article number: 147221 language: english issn: 00489697 e-issn: 18791026 coden: steva8 document type: journal article (ja) publisher: elsevier b.v. abstract: semiconductor nanomaterials not only bring great convenience to peoples lives but also become a potential hazard to human health. the purpose of this study was to evaluate the toxicity of cus/cds nanocomposites in hepatocytes and mice liver. the cus/cds semiconductor nanocomposites were synthesized by a biomimetic synthesis - ion exchange strategy. nanosize was confirmed by high-resolution transmission electron microscopy and dynamic light scattering. the composition and physical properties were measured by powder x-ray diffraction, fourier transform infrared spectra, atomic absorption spectroscopy, thermogravimetry-differential scanning calorimetry and zeta potential analysis. the results revealed that cus/cds nanocomposites had 8.7 nm diameter and negative potential. ion exchange time could adjust the ratio of cus and cds in nanocomposites. the toxicological study revealed that cus/cds nanocomposites could be internalized into liver cells, inhibited endogenous defense system (e.g. gsh and sod), induced the accumulation of oxidation products (e.g. ros, gssg and mda), and caused hepatocyte apoptosis. the in vivo experiments in balb/c mice showed that the experimental dose (4 mg/kg) didn�t cause observable changes in mice behavior, physical activity and pathological characteristics, but the continuous accumulation of cd2 in the liver and kidney might be responsible for its long-term toxicity. � 2021 elsevier b.v. number of references: 62 main heading: ii-vi semiconductors controlled terms: absorption spectroscopy� - �biomimetics� - �cadmium sulfide� - �cell death� - �copper compounds� - �differential scanning calorimetry� - �high resolution transmission electron microscopy� - �light scattering� - �mammals� - �nanocomposites � - �thermogravimetric analysis� - �toxicity uncontrolled terms: accumulation characteristics� - �cds� - �cus/cds nanocomposite� - �hepatocytes� - �hepatotoxicity� - �liver cells� - �mice liver� - �potential hazards� - �semiconductor nanocomposite� - �semiconductor nanomaterials classification code: 461.7 health care� - �461.8 biotechnology� - �461.9 biology� - �712.1 semiconducting materials� - �741.1 light/optics� - �741.3 optical devices and systems� - �761 nanotechnology� - �801 chemistry� - �804 chemical products generally� - �933 solid state physics� - �944.6 temperature measurements numerical data indexing: mass 4.00e-06kg, size 8.70e-09m doi: 10.1016/j.scitotenv.2021.147221 funding details: number: 103010620002/012, acronym: hist, sponsor: henan institute of science and technology; number: 20971039, acronym: nsfc, sponsor: national natural science foundation of china; number: 31000774, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was partially funded by the national natural science foundation of china (31000774 and 20971039), program for science & technology innovation talents in universities of henan province (hastit, 16hastit049), and the basic research project of natural science in henan institute of science and technology (103010620002/012). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 33. maize/faba bean intercropping with rhizobial inoculation in a reclaimed desert soil enhances productivity and symbiotic n2 fixation and reduces apparent n losses accession number: 20213010686196 authors: mei, pei-pei (1, 4); wang, ping (2); yang, hao (1); gui, lin-guo (3); christie, peter (1); li, long (1) author affiliation: (1) key laboratory of plant-soil interactions, ministry of education, beijing key laboratory of biodiversity and organic farming, college of resources and environmental sciences, china agricultural university, beijing; 100193, china; (2) institute of crop sciences, ningxia academy of agriculture and forestry sciences, yinchuan; 750105, china; (3) institute of agricultural resources and environmental sciences, ningxia academy of agriculture and forestry sciences, yinchuan; 750002, china; (4) school of life science and technology, henan institute of science and technology / henan province collaborative innovation center of modern biological breeding, xinxiang; 453003, china corresponding author: li, long(lilong@cau.edu.cn) source title: soil and tillage research abbreviated source title: soil tillage res. volume: 213 issue date: september 2021 publication year: 2021 article number: 105154 language: english issn: 01671987 coden: sotrd5 document type: journal article (ja) publisher: elsevier b.v. abstract: although intensive modern agriculture, featured with high inputs of chemicals, contributed to global food production, simultaneously caused a series of serious issues, such as loss of biodiversity, soil degradation, and environment risk. the objective of our study is to integrate various inherit biological potentials of cropping system to gain higher productivity with lower external inputs. field experiments were conducted over a two-year period (2008-2009) with five fertilizer-n application rates (0, 75, 150, 225 and 300 kg n ha"1) to study the influence of fertilizer n application on the productivity and n utilization of a rhizobium-inoculated maize (zea mays l.)/faba bean (vicia faba l.) intercropping system on a reclaimed desert soil (sierozems). average grain yields of faba bean and maize with inoculation increased by 50.0 and 19.6 %, respectively, and reached a maximum land equivalent ratio of 1.78 with zero fertilizer n application in 2009 compared with sole crops. the nodulation of intercropped faba bean was significantly higher with rhizobium inoculation, especially with an optimum n application rate of "1. average %ndfa and ndfa increased by 42.5 and 86.6 %, respectively, based on interspecific interaction and inoculation. the average apparent n recovery of the intercropping system with inoculation increased by 146.5 % at 75 kg n ha"1 relative to the weighted mean values of sole crops. intercropping saved fertilizer n compared to sole crops suggested by a fertilizer n equivalent ratio (nfer) > 1. furthermore, intercropping with rhizobium inoculation saved more fertilizer n than that without rhizobium inoculation. after the faba bean harvest, intercropped maize made better use of the nitrogen taken up to grow faster than sole maize. at the maize harvest the intercropping system showed higher grain yield and n acquisition in the aboveground parts and lower nmin accumulation in the soil profile, an effect that declined with fertilizer n application. the results therefore indicate that rhizobium-inoculated maize/faba bean intercropping on the reclaimed desert soil with a moderate fertilizer n application rate enhancede productivity, biological n2 fixation and apparent n recovery with lower environmental risk. � 2021 elsevier b.v. number of references: 60 main heading: crops controlled terms: biodiversity� - �chemical contamination� - �grain (agricultural product)� - �productivity� - �reclamation� - �soils uncontrolled terms: apparent n recovery� - �application rates� - �crop productivity� - �desert soils� - �faba beans� - �inoculation with rhizobium� - �interspecific facilitation� - �newly-reclaimed soil� - �nitrogen utilization� - �soil nmin classification code: 454 environmental engineering� - �483.1 soils and soil mechanics� - �821.4 agricultural products� - �822.3 food products numerical data indexing: mass 1.50e 02kg, mass 2.25e 02kg, mass 3.00e 02kg, mass 7.50e 01kg, percentage 1.465e 02%, percentage 1.96e 01%, percentage 4.25e 01%, percentage 5.00e 01%, percentage 8.66e 01% doi: 10.1016/j.still.2021.105154 funding details: number: 2016yfd0300202, acronym: nkrdpc, sponsor: national key research and development program of china; number: 31430014, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this study was funded by the national key research and development program of china (2016yfd0300202), the national natural science foundation of china (31430014), and the scientific and technological project in henan province (212102110055). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 34. distributed activation energy model for lignocellulosic biomass torrefaction kinetics with combined heating program accession number: 20214111001555 authors: feng, yipeng (1, 2); qiu, keying (3); zhang, zhiping (2); li, chong (3); rahman, md. maksudur (4); cai, junmeng (3) author affiliation: (1) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china; (2) key laboratory of new materials and facilities for rural renewable energy of china�s ministry of agriculture and rural affairs, henan agricultural university, zhengzhou; 450002, china; (3) biomass energy engineering research center, school of agriculture and biology, shanghai jiao tong university, 800 dongchuan road, shanghai; 200240, china; (4) discipline of chemical engineering, western australian school of mines: minerals, energy and chemical engineering, curtin university, gpo box u1987, perth; wa; 6845, australia corresponding authors: cai, junmeng(jmcai@sjtu.edu.cn); li, chong(lichong@163.com) source title: energy abbreviated source title: energy volume: 239 issue date: january 15, 2022 publication year: 2022 article number: 122228 language: english issn: 03605442 coden: eneyds document type: journal article (ja) publisher: elsevier ltd abstract: torrefaction kinetics is fundamental for the theoretical investigation and industrial application of torrefaction processes. most of biomass torrefaction kinetic studies focused on kinetic modelling under either isothermal or linear heating programs with one or several activation energies, which couldn�t accurately reflect its reaction mechanisms. a distributed activation energy model (daem) was proposed to analyze logging residue torrefaction kinetics with a combined heating program at different temperatures. the model parameters were efficiently optimized by using the pattern search method. the results showed that the daem could excellently describe the experimental data of logging residue torrefaction at various conditions. the obtained activation energy distributions for logging residue torrefaction with the combined heating program at final temperatures of 240, 270 and 300 �c lay in the range of 154�172 kj mol"1, 160 177 kj mol"1 and 165 185 kj mol"1, respectively. these findings indicated that major reactions occurring during torrefaction were the devolatilization and carbonization of biomass s hemicellulose constituents and partial decomposition of biomass s cellulose constituents. the experimental kinetic data of mesocarp fiber torrefaction at final temperatures of 220, 250 and 270 �c from the literature was also successfully described by the daem. � 2021 elsevier ltd number of references: 71 main heading: kinetics controlled terms: activation energy� - �biomass� - �carbonization� - �cellulose� - �heating uncontrolled terms: combined heating� - �distributed activation energy model� - �final temperatures� - �kinetic models� - �kinetic study� - �logging residues� - �pattern search method� - �theoretical investigations� - �torrefaction classification code: 631.1 fluid flow, general� - �802.2 chemical reactions� - �811.3 cellulose, lignin and derivatives� - �815.1.1 organic polymers� - �931 classical physics; quantum theory; relativity numerical data indexing: energy 1.72e 05j, energy 1.77e 05j, energy 1.85e 05j, temperature 5.23e 02k, temperature 5.43e 02k, temperature 5.73e 02k doi: 10.1016/j.energy.2021.122228 funding details: number: 2018yfe0206600, acronym: -, sponsor: national key research and development program of china stem cell and translational research; funding text: financial support from national key research and development program in china (project no.: 2018yfe0206600) and key scientific and technological project of henan province in china (project no.: 202102310288) is greatly acknowledged. junmeng cai ackowledged the financial support from guangdong provincial key laboratory of distributed energy systems (project no.: 2020b1212060075). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 35. h " control for a hyperchaotic finance system with external disturbance based on the quadratic system theory����(open access) accession number: 20204809525683 authors: xu, erfeng (1); ma, kunbao (2); chen, yonggang (2) author affiliation: (1) department of tourism management, henan institute of science and technology, xinxiang, china; (2) school of mathematical sciences, henan institute of science and technology, xinxiang, china corresponding author: xu, erfeng(yali9699@126.com) source title: systems science and control engineering abbreviated source title: syst. sci. control eng. volume: 9 issue: s1 issue date: 2021 publication year: 2021 pages: 41-49 language: english e-issn: 21642583 document type: journal article (ja) publisher: taylor and francis ltd. abstract: this paper considers the (formula presented.) control problem for a hyperchaotic system with energy-bounded disturbance under the delayed feedback controller. using the quadratic system theory, an augmented lyapunov functional, some integral inequalities and rigorous mathematical derivations, a sufficient condition is first established by using linear matrix inequalities under which the closed-loop system can achieve some desirable performances including the boundedness, the (formula presented.) performance and the asymptotic stability. subsequently, several convex optimization problems are formulated to obtain the optimal performance indices. finally, numerical simulations are presented to illustrate the effectiveness of the obtained results. � 2020 the author(s). published by informa uk limited, trading as taylor & francis group. number of references: 31 main heading: closed loop systems controlled terms: asymptotic stability� - �convex optimization� - �linear matrix inequalities� - �lyapunov functions� - �system theory uncontrolled terms: augmented lyapunov functional� - �convex optimization problems� - �delayed feedback controllers� - �energy-bounded disturbance� - �external disturbances� - �hyper-chaotic systems� - �integral inequalities� - �mathematical derivation classification code: 921 mathematics� - �921.1 algebra� - �961 systems science doi: 10.1080/21642583.2020.1848658 funding details: number: 19hastit028, acronym: -, sponsor: -; number: 61773156, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was in part supported by the national natural science foundations of china (no.?61773156), and in part by the program for science and technology innovation talents in the universities of henan province of china (no.?19hastit028). the authors would like to thank the editors and anonymous reviewers for their constructive comments and suggestions which have improved the quality of the paper. compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 36. underwater distortion target recognition network (udtrnet) via enhanced image features accession number: 20214511127052 authors: cai, lei (1); chen, chuang (2); chai, haojie (1) author affiliation: (1) school of artificial intelligence, henan institute of science and technology, xinxiang; 453003, china; (2) school of information engineering, henan institute of science and technology, xinxiang; 453003, china corresponding author: cai, lei(cailei2014@126.com) source title: computational intelligence and neuroscience abbreviated source title: comput. intell. neurosci. volume: 2021 issue date: 2021 publication year: 2021 article number: 4193625 language: english issn: 16875265 e-issn: 16875273 document type: journal article (ja) publisher: hindawi limited abstract: it is difficult for the autonomous underwater vehicle (auv) to recognize targets similar to the environment in lacking data labels. moreover, the complex underwater environment and the refraction of light cause the auv to be unable to extract the complete significant features of the target. in response to the above problems, this paper proposes an underwater distortion target recognition network (udtrnet) that can enhance image features. firstly, this paper extracts the significant features of the image by minimizing the info noise contrastive estimation (infonce) loss. secondly, this paper constructs the dynamic correlation matrix to capture the spatial semantic relationship of the target and uses the matrix to extract spatial semantic features. finally, this paper fuses the significant features and spatial semantic features of the target and trains the target recognition model through cross-entropy loss. the experimental results show that the mean average precision (map) of the algorithm in this paper increases by 1.52% in recognizing underwater blurred images. � 2021 lei cai et al. number of references: 26 main heading: image enhancement controlled terms: autonomous underwater vehicles� - �semantics uncontrolled terms: correlation matrix� - �data labels� - �dynamic correlation� - �image features� - �semantic features� - �semantic relationships� - �spatial semantics� - �target recognition� - �underwater environments classification code: 674.1 small marine craft numerical data indexing: percentage 1.52e 00% doi: 10.1155/2021/4193625 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 37. study on chemical action mechanism of ferric chloride-based polishing slurry in cmp of 304 stainless steel accession number: 20211910346339 authors: su, jianxiu (1); wang, yipu (1); wang, zhankui (1); li, yongfeng (1); ma, lijie (1); pang, minghua (1) author affiliation: (1) henan institute of science and technology, xinxiang; 453003, china corresponding author: su, jianxiu(dlutsu2004@yeah.net) source title: journal of the institution of engineers (india): series e abbreviated source title: j. inst. eng. ser. e volume: 102 issue: 1 issue date: june 2021 publication year: 2021 pages: 175-182 language: english issn: 22502483 e-issn: 22502491 document type: journal article (ja) publisher: springer abstract: the type 304 stainless steel will be widely applied as one of the substrate materials of the flexible displays. in this paper, many experiments using chemical mechanical polishing (cmp) slurry with the fecl3 oxidant at different ph values were studied in the material removal rate (mrr) and the surface roughness. chemical action mechanisms about the fe3 , the h , the oh" and the cl" in the cmp slurry was also studied in the cmp of 304 stainless steel. these research results show that the ion fe3 can react with the iron, the nickel and the chromium in the 304 stainless steel to produce the ferrous chloride. the ion cl" can react with metal ions, such as the fe2 , the fe3 and the ni2 to form a soluble complex ion and improve the mrr. the higher the concentration of the ion h in the cmp slurry is, the stronger the etching effect of the ion h on the 304 stainless steel will be. it can inhibit the hydrolysis of the fecl3 to form the fe(oh)3 precipitation, and increase the concentration of the fe3 in the cmp slurry and the mrr. the ion oh" in the cmp slurry can react with the fe3 to form the fe(oh)3, which reduced the concentration of the fe3 in the cmp slurry and the mrr. � 2021, the institution of engineers (india). number of references: 28 main heading: austenitic stainless steel controlled terms: chemical mechanical polishing� - �chlorination� - �chlorine compounds� - �etching� - �flexible displays� - �iron compounds� - �iron research� - �metal ions� - �metals� - �polishing � - �surface roughness uncontrolled terms: 304 stainless steel� - �action mechanisms� - �chemical mechanical polishing(cmp)� - �material removal rate� - �polishing slurries� - �soluble complexes� - �substrate material� - �type 304 stainless steel classification code: 531.1 metallurgy� - �545.1 iron� - �545.3 steel� - �604.2 machining operations� - �722.2 computer peripheral equipment� - �802.2 chemical reactions� - �931.2 physical properties of gases, liquids and solids doi: 10.1007/s40034-021-00214-4 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 38. asymptotic dynamics of an anti-angiogenic system in tumour growth����(open access) accession number: 20210209748443 authors: yu, xue (1); zhang, qingshan (1) author affiliation: (1) department of mathematics, henan institute of science and technology, xinxiang, china corresponding author: zhang, qingshan(qingshan11@yeah.net) source title: systems science and control engineering abbreviated source title: syst. sci. control eng. volume: 9 issue: s1 issue date: 2021 publication year: 2021 pages: 24-29 language: english e-issn: 21642583 document type: journal article (ja) publisher: taylor and francis ltd. abstract: this paper deals with the neumann initial boundary problem for anti-angiogenic system in tumour growth. the known results show that the problem possesses a unique global-in-time bounded classical solution for some sufficiently smooth initial data. for the large time behaviour of the global solution, by establishing some estimates based on semigroup theory, we prove that the solution approaches to the homogeneous steady state (formula presented.) as (formula presented.), where (formula presented.) is the spatial mean of the initial data for the endothelial cell tip density. � 2021 the author(s). published by informa uk limited, trading as taylor & francis group. number of references: 15 main heading: tumors controlled terms: endothelial cells� - �initial value problems uncontrolled terms: asymptotic dynamics� - �classical solutions� - �global solutions� - �initial boundary problems� - �semi-group theory� - �solution approach� - �steady state� - �tumour growth classification code: 461.2 biological materials and tissue engineering� - �461.9 biology� - �921.2 calculus doi: 10.1080/21642583.2020.1865215 funding details: number: 2019hytp035, acronym: -, sponsor: -; number: 2018m630824, acronym: -, sponsor: china postdoctoral science foundation; funding text: the authors would like to express thanks to the anonymous referees for their valuable comments. this work is supported by youth talent promotion project of henan province (no. 2019hytp035) and project funded by china postdoctoral science foundation (no. 2018m630824). compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 39. effect of subfreezing storage on the quality and shelf life of frozen fermented dough accession number: 20210509836485 authors: meng, kexin (1); gao, haiyan (1); zeng, jie (1); li, guanglei (1); su, tongchao (1) author affiliation: (1) college of food science, henan institute of science and technology, xinxiang, china corresponding author: gao, haiyan(gaohaiyan127@163.com) source title: journal of food processing and preservation abbreviated source title: j. food process. preserv. volume: 45 issue: 3 issue date: march 2021 publication year: 2021 article number: e15249 language: english issn: 01458892 e-issn: 17454549 document type: journal article (ja) publisher: blackwell publishing ltd abstract: the purpose of this study is to explore a new storage method for frozen fermented dough. about "9�c and "12�c are selected as subfreezing storage temperatures according to the results of low-field nuclear magnetic resonance. the effects of subfreezing storage on the properties of dough were investigated and compared with that storage at 4�c and "18�c. the results showed the density of hydrogen protons in fermented dough under subfreezing temperatures was similar to that of the sample at "18�c. slow increase in titratable acidity and slow decrease in ph of dough were found at subfreezing temperatures and "18�c. the hardness could effectively be reduced and the texture of dough were maintained under subfreezing temperatures. there was no significant difference in the gluten network and sensory quality of the dough between subfreezing temperature storage and "18�c storage. novelty impact statement: there are some disadvantages such as mechanical damage, energy consumption, and nutrient loss in the conventional frozen storage. according to the conclusion of lf-nmr, "9�c and "12�c was designated as subfreezing temperatures. the results suggest that the quality of the dough remained stable at subfreezing storage, similar to that at "18�c, so subfreezing storage provides a new energy-saving storage technology for frozen flour products enterprises and catering industries. � 2021 wiley periodicals llc. number of references: 31 main heading: food storage controlled terms: energy conservation� - �energy utilization� - �magnetic storage� - �nuclear magnetic resonance� - �textures uncontrolled terms: catering industries� - �low field nuclear magnetic resonance� - �mechanical damages� - �sensory qualities� - �storage technology� - �storage temperatures� - �sub-freezing temperatures� - �titratable acidity classification code: 525.2 energy conservation� - �525.3 energy utilization� - �694.4 storage� - �722.1 data storage, equipment and techniques numerical data indexing: temperature 2.77e 02k doi: 10.1111/jfpp.15249 funding details: number: 201820314, acronym: -, sponsor: -; number: ydnj16003, acronym: -, sponsor: special fund project of guiding scientific and technological innovation development of gansu province; number: zd2020003, acronym: -, sponsor: major scientific and technological innovation project of shandong province; funding text: this work was financed by the program of xinxiang major scientific and technological project (no. zd2020003), the henan provincial technical research center for improving the quality of grain deepprocessing products (201820314), and the xinxiang special project for scientific and technological innovation and development (ydnj16003). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 40. estimating the boundary of the region of attraction of lotka�volterra system with time delays����(open access) accession number: 20204809527353 authors: yang, juanjuan (1); dong, rui (1); wang, juntao (1) author affiliation: (1) school of mathematical sciences, henan institute of science and technology, xinxiang, china corresponding author: yang, juanjuan(yangjjzzu@163.com) source title: systems science and control engineering abbreviated source title: syst. sci. control eng. volume: 9 issue: s1 issue date: 2021 publication year: 2021 pages: 14-23 language: english e-issn: 21642583 document type: journal article (ja) publisher: taylor and francis ltd. abstract: this paper considers the local stability problem and estimates the region of attraction (ra) of the positive equilibrium of lotka-volterra (l-v) competitive system with time-delays. based on the stability theory and the quadratic system theory, by choosing some less conservative integral inequalities and appropriate lyapunov-krasovskii (l-k) functional, a local stability condition is obtained by means of linear matrix inequalities (lmi) and the estimate of ra of the positive equilibrium is first discussed. furthermore, the corresponding optimization problem for the estimate of ra is given. numerical simulations show that the proposed stability condition in this paper is less conservative as compared with the most existing ones and the method of estimating ra is effective. � 2020 the author(s). published by informa uk limited, trading as taylor & francis group. number of references: 29 main heading: system stability controlled terms: control systems� - �linear matrix inequalities� - �numerical methods� - �time delay uncontrolled terms: integral inequalities� - �lyapunovkrasovskii functional (l-k)� - �optimization problems� - �positive equilibrium� - �quadratic systems� - �region of attraction� - �stability condition� - �stability theories classification code: 713 electronic circuits� - �731.1 control systems� - �921.1 algebra� - �921.6 numerical methods� - �961 systems science doi: 10.1080/21642583.2020.1846003 funding details: number: 19hastit028, acronym: -, sponsor: -; number: 61773156, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was in part supported by the national natural science foundations of china under grant 61773156, and in part by the program for science and technology innovation talents in the universities of henan province of china under grant 19hastit028. compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 41. the effects of sodium chloride on proteins aggregation, conformation and gel properties of pork myofibrillar protein running head: relationship aggregation, conformation and gel properties accession number: 20203509102466 authors: kang, zhuang-li (1); zhang, xue-hua (1); li, xiang (1); song, zhao-jun (1); ma, han-jun (1); lu, fei (1); zhu, ming-ming (1); zhao, sheng-ming (1); wang, zheng-rong (1) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china corresponding author: kang, zhuang-li(kzlnj1988@163.com) source title: journal of food science and technology abbreviated source title: j food sci technol volume: 58 issue: 6 issue date: june 2021 publication year: 2021 pages: 2258-2264 language: english issn: 00221155 e-issn: 09758402 coden: jfstab document type: journal article (ja) publisher: springer abstract: the objective of this study was to evaluate relationship with aggregation, secondary structures and gel properties of pork myofibrillar protein with different sodium chloride (1%, 2% and 3%). when the sodium chloride increased from 1 to 3%, the active sulfhydryl, surface hydrophobicity, hardness and cooking yield of myofibrillar protein were increased significantly (p "1 to 1661�cm"1, meanwhile, the �-sheet structure content was increased significantly (p � 2020, association of food scientists & technologists (india). number of references: 37 main heading: proteins controlled terms: amides� - �meats� - �particle size� - �sodium chloride� - �textures uncontrolled terms: beta-sheet� - �cooking yield� - �gel properties� - �myofibrillar proteins� - �secondary structures� - �sulfhydryl� - �surface hydrophobicity� - �water holding capacity classification code: 804.1 organic compounds� - �822.3 food products numerical data indexing: percentage 2.00e 00%, percentage 3.00e 00%, percentage 1.00e 00%, percentage 1.00e 00% to 3.00e 00% doi: 10.1007/s13197-020-04736-4 funding details: number: 2018ggjs114, acronym: -, sponsor: -; number: 31501508, acronym: nsfc, sponsor: national natural science foundation of china; number: 2016m602237, acronym: -, sponsor: china postdoctoral science foundation; funding text: this study was supported by china postdoctoral science foundation (no. 2016m602237) and henan province key young teachers training program (no. 2018ggjs114), national natural science foundation of china (nsfc, grant no. 31501508). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 42. fabrication of food-grade pickering emulsions stabilized by cyclodextrins accession number: 20211710261504 title of translation: pickering authors: liu, zhongbo (1); geng, sheng (1); jiang, zhaojing (1); yang, wei (1); liu, benguo (1) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china corresponding author: liu, benguo(zzgclbg@126.com) source title: shipin kexue/food science abbreviated source title: shipin kexue/food sc. volume: 42 issue: 6 issue date: march 25, 2021 publication year: 2021 pages: 24-30 language: chinese issn: 10026630 document type: journal article (ja) publisher: chinese chamber of commerce abstract: in this study, the effects of cyclodextrin (cd) structure, the amount of cd added, oil phase type and oil-toaqueous phase ratio on the formation of oil-in-water (o/w) pickering emulsions were investigated. the microstructures, microrheological properties and stabilities of medium-chain triglyceride (mct)-based pickering emulsions stabilized by �-, �and �-cd were systemically compared. in order to clarify the difference among cds in emulsifying capacity, we simulated the formation of cd/mct inclusion complexes using molecular docking. we found that both �- and �-cd exhibited good emulsion stability, which could be further enhanced with increasing the oil-to-water ratio and the amount of cd added and could also be obviously affected by oil phase type. both �- and �-cd could reduce the o/w interfacial tension with similar effects. thanks to its stronger interaction with mct, �-cd could more easily form an amphiphilic supramolecule with mct, thereby exhibiting higher emulsion stability than �-cd at a low addition amount (5 mg/ml). although �-cd had slightly lower adsorption capacity at the o/w interface than �-cd, it could not only act as an emulsifier at the interface but also prevent the collision and coalescence of oil droplets through its participation in aggregation in the aqueous phase, which contributed to its stronger performance at high addition amounts (15 and 25 mg/ml). the obtained results are of reference significance to develop new food-grade pickering emulsions and promote the application of cds in foods. � 2021, china food publishing company. all right reserved. number of references: 33 main heading: oils and fats controlled terms: cyclodextrins� - �emulsification� - �ostwald ripening uncontrolled terms: adsorption capacities� - �collision and coalescence� - �emulsifying capacity� - �emulsion stability� - �medium chain triglycerides� - �o/w interfacial tensions� - �oil-to-water ratio� - �pickering emulsions classification code: 802.3 chemical operations� - �804.1 organic compounds numerical data indexing: mass_density 1.50e 01kg/m3, mass_density 2.50e 01kg/m3, mass_density 5.00e 00kg/m3 doi: 10.7506/spkx1002-6630-20200214-145 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 43. fine reconstruction of underwater images for environmental feature fusion accession number: 20213710897254 authors: xu, tao (1); zhou, jiyong (2); guo, wentao (3); cai, lei (1); ma, yukun (1) author affiliation: (1) school of artificial intelligence, henan institute of science and technology, xinxiang, china; (2) school of mechatronics electrical engineering, henan institute of science and technology, xinxiang, china; (3) the first standardization laboratory, china north standardization center, beijing, china corresponding author: xu, tao(xutao@hist.edu.cn) source title: international journal of advanced robotic systems abbreviated source title: int. j. adv. rob. syst. volume: 18 issue: 5 issue date: 2021 publication year: 2021 language: english issn: 17298806 e-issn: 17298814 document type: journal article (ja) publisher: sage publications inc. abstract: complicated underwater environments, such as occlusion by foreign objects and dim light, causes serious loss of underwater targets feature. furthermore, underwater ripples cause target deformation, which greatly increases the difficulty of feature extraction. then, existing image reconstruction models cannot effectively achieve target reconstruction due to insufficient underwater target features, and there is a blurred texture in the reconstructed area. to solve the above problems, a fine reconstruction of underwater images with the target feature missing from the environment feature was proposed. firstly, the salient features of underwater images are obtained in terms of positive and negative sample learning. secondly, a layered environmental attention mechanism is proposed to retrieve the relevant local and global features in the context. finally, a coarse-to-fine image reconstruction model, with gradient penalty constraints, is constructed to obtain the fine restoration results. contrast experiment between the proposed algorithm and the existing image reconstruction methods has been done in stereo quantitative underwater image data set, real-world underwater image enhancement data set, and underwater image data set, clearly proving that the proposed one is more effective and superior. � the author(s) 2021. number of references: 39 main heading: image reconstruction controlled terms: agricultural robots� - �image enhancement� - �stereo image processing� - �textures uncontrolled terms: attention mechanisms� - �contrast experiment� - �environmental features� - �image reconstruction methods� - �negative samples� - �penalty constraints� - �underwater environments� - �underwater target classification code: 723.2 data processing and image processing doi: 10.1177/17298814211039687 funding text: the author(s) disclosed receipt of the following financial support for the research, authorship, and/or publication of this article: this article is supported by the national key research and development project [2019yfb1311000], the science and technology project of henan province [202102210302] and [182102210302], the key scientific research projects of the institutions of higher education in henan province [21a520013], and the national defense science and technology innovation special zone. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 44. core"shell gap@c nanoparticles with a thin and uniform carbon coating as a promising anode material for rechargeable lithium-ion batteries accession number: 20210709917623 authors: ma, jingjing (1, 2); zhang, huan (2); xin, yucheng (2); liu, shanqin (2); li, yuanchao (1, 2); yang, li (2); xu, guangri (1, 2); lou, tianjun (2); niu, hongying (2); yang, shuting (3) author affiliation: (1) postdoctoral research base, henan institute of science and technology, xinxiang; 453003, china; (2) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453003, china; (3) school of chemistry and chemical engineering, henan normal university, xinxiang; 453003, china corresponding author: ma, jingjing(jingjingma_xx@163.com) source title: dalton transactions abbreviated source title: dalton trans. volume: 50 issue: 5 issue date: february 7, 2021 publication year: 2021 pages: 1703-1711 language: english issn: 14779226 e-issn: 14779234 coden: dtaraf document type: journal article (ja) publisher: royal society of chemistry abstract: transition metal phosphides are used as anode materials for lithium-ion batteries because of their high theoretical capacity and low polarization. in this work, a core-shell gap@c nanocomposite was successfully synthesized by a simple chemical vapor deposition (cvd) method, utilizing commercial gap as the raw material and xylene as the carbon source. the uniform thin carbon shell could alleviate the volumetric variation and improve the conductivity of the inner gap. when used as an anode in lithium-ion batteries, the gap@c nanocomposite has a capacity of 812 ma h g"1at a current density of 0.5 a g"1after 100 cycles. at a high current density of 2 a g"1, the gap@c anode delivers a good capacity value of 1087 ma h g"1 � the royal society of chemistry 2021. number of references: 54 main heading: lithium-ion batteries controlled terms: anodes� - �carbon� - �chemical vapor deposition� - �gallium phosphide� - �iii-v semiconductors� - �ions� - �nanocomposites� - �transition metal compounds� - �transition metals uncontrolled terms: anode material� - �capacity value� - �carbon coating� - �chemical vapor deposition methods� - �high current densities� - �rechargeable lithium ion battery� - �theoretical capacity� - �transition metal phosphide classification code: 531 metallurgy and metallography� - �714.1 electron tubes� - �761 nanotechnology� - �802.2 chemical reactions� - �804 chemical products generally� - �804.2 inorganic compounds� - �933 solid state physics doi: 10.1039/d0dt04166a funding details: number: 192102210016,192102310249,202102210107, acronym: -, sponsor: -; number: gg2019011, acronym: -, sponsor: -; number: 21703057, acronym: nsfc, sponsor: national natural science foundation of china; number: 00182023,1902040, acronym: -, sponsor: henan postdoctoral science foundation; funding text: we are grateful for the financial support from the national natural science foundation of china (21703057), the henan postdoctoral science foundation (1902040, 00182023), the foundation of the programs for science and technology development of he�nan province (202102210107, 192102210016, 192102310249) and xinxiang city (gg2019011). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 45. functional analysis of slgste12 in pyrethroid and organophosphate resistance in spodoptera litura accession number: 20212610551911 authors: li, dongzhi (1, 2); he, chengshuai (1); xie, lanfen (1, 2); kong, fanbin (1, 2); wu, yanbing (1, 2); shi, mingwang (1, 2); liu, runqiang (1, 2); xu, li (1, 2) author affiliation: (1) college of resources and environment, henan institute of science and technology, henan province, xinxiang; 453003, china; (2) henan engineering research center of biological pesticide, fertilizer development and synergistic application, henan institute of science and technology, henan province, xinxiang; 453003, china corresponding authors: liu, runqiang(liurunqiang1983@126.com); xu, li(xuli-apple-love@163.com) source title: journal of agricultural and food chemistry abbreviated source title: j. agric. food chem. volume: 69 issue: 21 issue date: june 2, 2021 publication year: 2021 pages: 5840-5848 language: english issn: 00218561 e-issn: 15205118 coden: jafcau document type: journal article (ja) publisher: american chemical society abstract: glutathione s-transferase genes in the epsilon group were reported to function in insecticide resistance. slgste12 was validated to be overexpressed in pyrethroid- and organophosphate-resistant populations of spodoptera litura compared to a susceptible population. a functional study of heterologously expressed slgste12 showed that km and vmax for 1-chloro-2,4-dinitrobenzene (cdnb) conjugating activity were 0.70 � 0.18 mmol l-1 and 90.6 � 9.4 nmol mg-1 min-1, respectively. �-cypermethrin and cyhalothrin showed much weaker inhibition of slgste12 activity to cdnb conjugation than fenvalerate, chlorpyrifos, and phoxim. ultrahigh-performance liquid chromatography analysis showed that slgste12 had significant metabolism activity to fenvalerate and phoxim both in vitro and in escherichia coli, especially to chlorpyrifos, and slight metabolism activity toward cyhalothrin only in vitro. silencing of slgste12 by rnai increased the mortality to fenvalerate, cyhalothrin, and chlorpyrifos significantly. slgste12 also had a significant antioxidant ability against cumene hydroperoxide. our study suggested that slgste12 could metabolize phoxim, fenvalerate, cyhalothrin, and especially chlorpyrifos. slgste12 might also participate in pyrethroid and organophosphate resistance by antioxidant activity. � 2021 authors number of references: 45 main heading: insecticides controlled terms: antioxidants� - �escherichia coli� - �liquid chromatography� - �metabolism uncontrolled terms: 1-chloro-2 , 4-dinitrobenzene� - �anti-oxidant activities� - �cumene hydroperoxide� - �glutathione s-transferase genes� - �insecticide resistance� - �organophosphate resistance� - �susceptible population� - �ultra-high performance liquid chromatographies classification code: 803 chemical agents and basic industrial chemicals doi: 10.1021/acs.jafc.1c00723 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 46. unraveling the effect of fluorine substitution on the hydrogen bonding interaction in the complexes of fluorosubstituted pyridines and acetic acid accession number: 20204409404880 authors: li, chaozheng (1); cao, yonghua (1); hu, bo (1); li, yongfeng (1) author affiliation: (1) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang, china corresponding author: li, chaozheng(lichaozheng1101@163.com) source title: journal of physical organic chemistry abbreviated source title: j phys org chem volume: 34 issue: 3 issue date: march 2021 publication year: 2021 article number: e4151 language: english issn: 08943230 e-issn: 10991395 coden: jpocee document type: journal article (ja) publisher: john wiley and sons ltd abstract: the effect of fluorine substitution on the hydrogen bonding interaction in the complexes of fluorosubstituted pyridines and acetic acid was examined through theoretical method. two types of double hydrogen bonding cyclic structures have been predicted, one with o�h���n and c�h���o interactions and the other with o�h���f and c�h���o interactions. the changes of the hydrogen bonding interactions are visualized by the reduced density gradient (rdg) and bond critical point (bcp) parameters analysis. with increasing in fluorination, the c�h���o bond strength increases, and the o�h���n and o�h���f bond strengths decrease. although the o�h���n and o�h���f hydrogen bond energies decrease, the bond type has not changed in all of the fluorinated complexes. for the same degree of fluorination complexes, fluorine favors the c�h���o hydrogen bonding interaction through the cooperating of o�h���f and c�h���o hydrogen bonds, although fluorine is a weak hydrogen bond acceptor. the natural population analysis (npa) and molecular electrostatic potentials (esp) were adopted to further explore the variation characteristics of hydrogen bond strength. we found that the substituent fluorine atom acts as a role of electron withdrawing. the pyridine ring nitrogen atom and 2-position fluorine atom become less negative, and the remaining h atom(s) become more electropositive with increasing degree of fluorination. the hydrogen bond strength is correlated with the charge redistribution of the proton h and acceptor (n and f) atoms. � 2020 john wiley & sons, ltd. number of references: 63 main heading: hydrogen bonds controlled terms: acetic acid� - �atoms� - �bond strength (chemical)� - �bond strength (materials)� - �complexation� - �fluorination� - �fluorine� - �halogenation� - �ph� - �pyridine uncontrolled terms: charge redistribution� - �double hydrogen bonding� - �fluorine substitution� - �hydrogen bonding interactions� - �molecular electrostatic potentials� - �natural population analysis� - �reduced density gradients� - �variation characteristics classification code: 801.1 chemistry, general� - �801.4 physical chemistry� - �802.2 chemical reactions� - �804 chemical products generally� - �804.1 organic compounds� - �931.3 atomic and molecular physics� - �951 materials science doi: 10.1002/poc.4151 funding details: number: 20irtsthn016, acronym: henu, sponsor: henan university; number: 11904082, acronym: nsfc, sponsor: national natural science foundation of china; number: 20irtsthn016, acronym: henu, sponsor: henan university; number: 11904082, acronym: nsfc, sponsor: national natural science foundation of china; funding text: innovative research team (in science and technology) in university of henan province, grant/award number: 20irtsthn016; national natural science foundation of china, grant/award number: 11904082 funding informationthis work is supported by national natural science foundation of china (grant no. 11904082) and innovative research team (in science and technology) in university of henan province (grant no. 20irtsthn016). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 47. determination of subfreezing temperature and gel retrogradation characteristics of potato starch gel accession number: 20212710582511 authors: jiang, jikai (1); gao, haiyan (1); zeng, jie (1); zhang, lin (1); wang, fang (1); su, tongchao (1); li, guanglei (1) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; henan; 453003, china corresponding author: zeng, jie(zengjie623@163.com) source title: lwt abbreviated source title: lwt volume: 149 issue date: september 2021 publication year: 2021 article number: 112037 language: english issn: 00236438 coden: lbwtap document type: journal article (ja) publisher: academic press abstract: the freezing properties and retrogradation of potato starch gels were studied. the freezing points of the starch gels decreased with increasing starch concentration and ranged from "0.7 �c to "1.4 �c. the water in the gel was partially frozen at "3 �c and was essentially frozen at "6 �c. the glass transition temperatures of potato starch gels increased with the increase of starch concentration and ranged from "3.69 �c to "3.23 �c. therefore, "3 �c was selected as the subfreezing temperature for potato starch gel, and the retrogradation characteristics of gel with 8% potato starch concentration (w/w) were investigated at this temperature. the results showed that the hardness of starch gel stored at "3 �c was stronger than that at other temperatures, and the relaxation times t23 and t24 were shorter. potato starch gel stored "3 �c had better rheological properties and higher relative crystallinity than those of the other gels, and still exhibited b-type crystallinity according to x-ray diffraction analysis. thus, potato starch gel has a higher retrogradation rate and better gel-related properties at subfreezing temperatures than those at other temperatures, which represents a new approach for the aging of potato starch products. � 2021 elsevier ltd number of references: 45 main heading: temperature controlled terms: crystallinity� - �freezing� - �gels� - �glass� - �glass transition� - �starch� - �x ray powder diffraction uncontrolled terms: freezing point� - �glass transition temperature� - �potato starch gels� - �potato starches� - �property� - �relative crystallinity� - �retrogradation� - �starch concentration� - �starch gels� - �sub-freezing temperatures classification code: 641.1 thermodynamics� - �801.3 colloid chemistry� - �802.3 chemical operations� - �804 chemical products generally� - �804.1 organic compounds� - �812.3 glass� - �815.1.1 organic polymers� - �933.1 crystalline solids numerical data indexing: percentage 8.00e 00%, temperature 2.737e 02k, temperature 2.744e 02k, temperature 2.7623e 02k, temperature 2.7669e 02k, temperature 2.76e 02k, temperature 2.79e 02k doi: 10.1016/j.lwt.2021.112037 funding text: this work was financed by the program of xinxiang major scientific and technological project (no. zd2020003), the henan provincial technical research center for improving the quality of grain deep-processing products (201820314), and the xinxiang special project for scientific and technological innovation and development (ydnj16003). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 48. fine restoration of incomplete image with external features and image features accession number: 20214711193982 title of translation: authors: xu, tao (1); zhou, ji-yong (2); zhang, guo-liang (3); cai, lei (1) author affiliation: (1) school of artificial engineering, henan institute of science and technology, xinxiang; 453003, china; (2) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china; (3) global energy interconnection research institute co. ltd., beijing; 102209, china corresponding author: xu, tao(xutao@hist.edu.cn) source title: guangxue jingmi gongcheng/optics and precision engineering abbreviated source title: guangxue jingmi gongcheng volume: 29 issue: 10 issue date: october 2021 publication year: 2021 pages: 2481-2494 language: chinese issn: 1004924x coden: gjgof4 document type: journal article (ja) publisher: chinese academy of sciences abstract: when large areas of an image are missing owing to unspecified factors, existing image restoration models usually cannot repair the image effectively, leading to repair results that suffer from discontinuity in their characteristics. this study proposes a fine restoration method for incomplete images with external and image features. first, we improved the dynamic memory networks (dmn ) in our study. dmn scheme combines the in-field features of an incomplete image and the related off-field features, generating an optimized image of the defective image containing external and image features. next, a generative adversarial generative network with piecewise gradient penalty constraints is constructed. the network instructs the generator to perform a coarse repair on the optimized mutilated image, which results in a coarse repair image of the target to be repaired. finally, the coarse restoration map is further optimized based on the idea of coherence of related features, and a final fine restoration image is obtained. the algorithm proposed here is verified on three image data sets with varying complexities. moreover, the visual effects and objective data results of the proposed algorithm are compared with those of the existing dominant restoration model. the restoration results of our model are more structurally sound in terms of texture. furthermore, our model is superior to other models in terms of both visual effects and objective data. the peak signal-to-noise ratio in the most challenging underwater targe dataset is 27.01, with a structural similarity index of 0.949. � 2021, science press. all right reserved. number of references: 34 main heading: restoration controlled terms: image reconstruction� - �signal to noise ratio� - �textures uncontrolled terms: attention mechanisms� - �coherence of relevant feature� - �dynamic memory� - �external feature and image feature� - �external features� - �fine restoration� - �image features� - �mutilated image� - �relevant features� - �restoration model classification code: 716.1 information theory and signal processing doi: 10.37188/ope.20212910.2481 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 49. synthesis of zearalenone immunogen and comparative analysis of antibody characteristics����(open access) accession number: 20214311070267 authors: wang, yanan (1, 2); wang, xiaofei (3); zhang, haitang (1); jiang, jinqing (1); fotina, hanna (2) author affiliation: (1) college of animal science and veterinary medicine, henan institute of science and technology, xinxiang; 453003, china; (2) faculty of veterinary medicine, sumy national agrarian university, sumy; 40021, ukraine; (3) xinke college, henan institute of science and technology, xinxiang; 453003, china corresponding authors: jiang, jinqing(jiangjinqing@hist.edu.cn); fotina, hanna(super.annafotina@ukr.net) source title: international journal of analytical chemistry abbreviated source title: int. j. anal. chem. volume: 2021 issue date: 2021 publication year: 2021 article number: 7109383 language: english issn: 16878760 e-issn: 16878779 document type: journal article (ja) publisher: hindawi limited abstract: background. this study aimed to explore the zearalenone (zen) immunogen synthesis method, immunogenicity, and antibody characteristics and to lay a foundation for the establishment of immunoassay methods for zen single residue and zen and its analogs total residue. methods. based on the molecular structure and active sites of zen, oxime active ester (oae), condensation mixed anhydride (cma), formaldehyde (fa), and 1,4-butanediol diglycidyl ether method (bde) were designed and used for immunogen (zen-bsa) synthesis. the immunogens were identified by infrared (ir) and ultraviolet (uv) spectra and gel electrophoresis (sds-page) and were then used to immunize balb/c mice to prepare zen polyclonal antibody (zen pab). the titers and sensitivity of the zen pab were determined by indirect noncompetitive elisa (inelisa) and indirect competitive elisa (icelisa), respectively, and its specificity was assessed by the cross-reaction test (cr). results. zen-bsa was successfully synthesized, and the molecular binding ratios of zen to bsa were 17.2: 1 (oae), 14.6: 1 (cma), 9.7: 1 (fa), and 8.3: 1 (bde), respectively. the highest inelisa titers of zen pab of each group were 1: (6.4 � 103) (oae), 1: (3.2 � 103) (cma), 1: (1.6 � 103) (fa), and 1: (1.6 � 103) (bde), respectively. the 50% inhibition concentrations (ic50) for zen by icelisa of each group were 11.67 �g/l (oae), 16.29 �g/l (cma), 20.92 �g/l (fa) and 24.36 �g/l (bde), respectively. zen pab from the mice immunized with zen-bsa (oae) and zen-bsa (cma) had class broad specificity to zen and its analogs. the crs of zen pab with �-zal, �-zal, �-zol, �-zol, and zon were 36.53%, 16.98%, 64.33%, 20.16%, and 10.66%, respectively. zen pab from the mice immunized with zen-bsa (fa) and zen-bsa (bde) had high specificity for zen. the crs of zen pab with its analogs were all less than 1.0%. conclusion. this study demonstrated that the preparation of the class broad-specificity antibodies of zen and its analogs can be achieved by immunizing animals with the immunogen zen-bsa prepared by the oae method, while the preparation of highly specific antibodies can be achieved by immunizing animals with the immunogen zen-bsa prepared by the fa method. these findings lay the material and technical foundation for immunoassay of zen single residue and zen and its analogs total residue. � 2021 yanan wang et al. number of references: 54 main heading: antibodies controlled terms: electrophoresis� - �immunization� - �immunology� - �mammals uncontrolled terms: 1 ,4-butanediol diglycidyl ethers� - �broad specificities� - �comparative analysis� - �gel electrophoresis� - �indirect competitive elisa� - �inhibition concentrations� - �molecular binding� - �polyclonal antibody classification code: 461.7 health care� - �461.9.1 immunology� - �701.1 electricity: basic concepts and phenomena numerical data indexing: mass_density 1.17e-05kg/m3, mass_density 1.63e-05kg/m3, mass_density 2.44e-05kg/m3, percentage 1.00e 00%, percentage 1.07e 01%, percentage 1.70e 01%, percentage 2.02e 01%, percentage 3.65e 01%, percentage 5.00e 01%, percentage 6.43e 01% doi: 10.1155/2021/7109383 compendex references: yes open access type(s): all open access, gold, green database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 50. excellent electrochemical performance of lithium manganese composite decorated with poly(ethylene glycol) and carbon nanotube accession number: 20213210727843 authors: li, yongfeng (1); zhu, gan (1); qin, mingze (1); zhou, yu (1); zhao, mengyuan (1); shen, yansheng (1); zhao, hongyuan (1) author affiliation: (1) research center for advanced materials and electrochemical technology, henan institute of science and technology, xinxiang; 453003, china corresponding author: zhao, hongyuan(hongyuanzhao@126.com) source title: journal of porous materials abbreviated source title: j porous mater volume: 28 issue: 5 issue date: october 2021 publication year: 2021 pages: 1619-1626 language: english issn: 13802224 e-issn: 15734854 coden: jpmafx document type: journal article (ja) publisher: springer abstract: to significantly improve the electrochemical performance of limn2o4, we proposed a simple and low-cost co-modification approach based on the synergistic effect of poly(ethylene glycol) (peg) and carbon nanotubes (cnt). the cnt@peg@limn2o4 (cnt@peg@lmo) composite was prepared by ultrasound assisted wet-coating method. peg is a highly conductive ionic conductor, which can improve the transport efficiency of lithium ions, and cnt is a good electronic conductor, which possesses excellent electrical conductivity. moreover, the combination of peg and cnt can effectively inhibit the dissolution of manganese and promote the uniform distribution of limn2o4 octahedra. the structure and surface morphology of the cnt@peg@lmo composite were characterized by x-ray diffraction (xrd) and scanning electron microscopy (sem). the electrochemical test result showed that the initial discharge capacity of the cnt@peg@lmo composite could reach up to 123.8 mah g"1 at 1.0�c with capacity retention of 95.2 % after 100 cycles, which is higher than that of the unmodified limn2o4 sample. the high-rate capability of the cnt@peg@lmo composite was significantly improved. when cycled at 55��c, the cnt@peg@lmo composite could show good cycling stability and rate performance. such excellent electrochemical performance is due to close association with the synergistic effect of peg and cnt. � 2021, the author(s), under exclusive licence to springer science business media, llc, part of springer nature. number of references: 50 main heading: carbon nanotubes controlled terms: aliphatic compounds� - �composite structures� - �electric discharges� - �ethylene glycol� - �lithium� - �lithium compounds� - �manganese� - �manganese compounds� - �morphology� - �polyethylene glycols � - �polyols� - �scanning electron microscopy� - �surface morphology uncontrolled terms: electrical conductivity� - �electrochemical performance� - �electrochemical test� - �electronic conductors� - �high rate capability� - �initial discharge capacities� - �transport efficiency� - �uniform distribution classification code: 408.2 structural members and shapes� - �542.4 lithium and alloys� - �543.2 manganese and alloys� - �701.1 electricity: basic concepts and phenomena� - �761 nanotechnology� - �804.1 organic compounds� - �815.1.1 organic polymers� - �951 materials science numerical data indexing: percentage 9.52e 01% doi: 10.1007/s10934-021-01135-8 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 51. communication network for sports activity monitoring systems����(open access) accession number: 20211910336399 authors: li, yuhua (1); wan, lishuang (2); zhang, haimin (3) author affiliation: (1) school regimental committee, henan institute of science and technology, xinxiang, henan; 453003, china; (2) gangneung-wonju national university, gangneung-si 25457, gangwon-do, korea, republic of; (3) institute of physical culture, henan institute of science and technology, xinxiang, henan; 453003, china corresponding author: li, yuhua(liyuhua@hist.edu.cn) source title: complexity abbreviated source title: complexity volume: 2021 issue date: 2021 publication year: 2021 article number: 9971605 language: english issn: 10762787 e-issn: 10990526 document type: journal article (ja) publisher: hindawi limited abstract: in this paper, through research and analysis of the communication network of the physical activity monitoring system, we combine wearable technology and identification technology and design a physical health monitoring bracelet that integrates multifaceted physical data collection and effective identity matching function. we match the identity through the chip and collect the physical fitness data generated in the process of exercise and centralized test by the sensor in real-time. finally, the data transmission is realized through the wifi communication function to achieve the purpose of monitoring physical exercise and improving physical quality. to ensure the continuity and stability of information transmission, the joint transmission method of direct transmission and indirect transmission is essential. besides, considering the energy causality limitation of sensor nodes and relay nodes, a collaborative transmission model of wireless body area network based on wireless cognitive network is constructed. and, a power allocation algorithm based on maximum ratio merging and wireless cognitive network is proposed, which puts forward a new idea for the future research of wireless body area network resource allocation. � 2021 yuhua li et al. number of references: 24 main heading: monitoring controlled terms: health� - �sensor nodes� - �sports� - �wearable technology� - �wireless local area networks (wlan) uncontrolled terms: identification technology� - �information transmission� - �physical activity monitoring� - �power allocation algorithms� - �research and analysis� - �wi-fi communications� - �wireless body area network� - �wireless cognitive networks classification code: 461.3 biomechanics, bionics and biomimetics� - �461.6 medicine and pharmacology� - �722 computer systems and equipment doi: 10.1155/2021/9971605 compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 52. elaborating the excited-state double proton transfer mechanism and multiple fluorescent characteristics of 3,5-bis(2-hydroxypheny)-1h-1,2,4-triazole accession number: 20211810295622 authors: li, chaozheng (1); hu, bo (1); cao, yonghua (1); li, yongfeng (1) author affiliation: (1) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china source title: spectrochimica acta - part a: molecular and biomolecular spectroscopy abbreviated source title: spectrochim. acta part a mol. biomol. spectrosc. volume: 258 issue date: september 5, 2021 publication year: 2021 article number: 119854 language: english issn: 13861425 coden: samcas document type: journal article (ja) publisher: elsevier b.v. abstract: recently, krishnamoorthy and coworkers reported a new type of proton transfer, which was labeled as �proton transfer triggered proton transfer�, in 3,5-bis(2-hydroxypheny)-1h-1,2,4-triazole (bis-hpta). in this work, the excited-state double proton transfer (esdpt) mechanism and multiple fluorescent characteristics of bis-hpta were investigated. upon photo-excitation, the intramolecular hydrogen bonding strength changed and the electron density of bis-hpta redistributed. these changes will affect the proton transfer process. in s0 state, the proton transfer processes of bis-hpta were prohibited on the stepwise and concerted pathways. after vertical excitation to the s1 state, the esipt-ii process was more likely to occur than the esipt-i process, which was contrary to the conclusion that the esipt-ii process is blocked and the esipt-ii process takes place after the esipt-i process proposed by krishnamoorthy and coworkers. when the k2 tautomer was formed through the esipt-ii process, the second proton transfer process on the stepwise pathway was prohibited. on another stepwise pathway, after the esipt-i process (form the k1 tautomer), the second proton transfer process should overcome a higher potential barrier than the esipt-i process to form esdpt tautomer. on the concerted pathway, the bis-hpta can synchronous transfer double protons to form the esdpt tautomer. the esdpt tautomer was unstable and immediately converted to the k2 tautomer via a barrierless reverse proton transfer process. thus, the fluorescent maximum at 465 nm from the esdpt tautomer reported by krishnamoorthy and coworkers was ascribed to the k2 tautomer. most of the fluorophores show dual fluorescent properties, while the bis-hpta undergoing esdpt process exhibited three well-separated fluorescent peaks, corresponding to its normal form (438 nm), k1 tautomer (462 nm) and k2 tautomer (450 nm), respectively. � 2021 elsevier b.v. number of references: 77 main heading: excited states controlled terms: carrier concentration� - �electron density measurement� - �fluorescence� - �hydrogen bonds� - �proton transfer uncontrolled terms: dual fluorescent� - �excited-state double-proton transfers� - �fluorescent characteristic� - �hydrogen-bonding strength� - �intramolecular hydrogen bonding� - �photo-excitations� - �potential barriers� - �proton transfer process� - �proton-transfer mechanism� - �vertical excitation classification code: 701.1 electricity: basic concepts and phenomena� - �741.1 light/optics� - �801.4 physical chemistry� - �931.3 atomic and molecular physics� - �931.4 quantum theory; quantum mechanics� - �932.1 high energy physics numerical data indexing: inductance -1.00e00h, size 4.38e-07m, size 4.50e-07m, size 4.62e-07m, size 4.65e-07m doi: 10.1016/j.saa.2021.119854 funding details: number: 20irtsthn016, acronym: henu, sponsor: henan university; number: 11904082, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work is supported by national natural science foundation of china (grant nos. 11904082) and innovative research team (in science and technology) in university of henan province (grant no. 20irtsthn016). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 53. the surface carboxyl group of carbonaceous microspheres effects on the synthesis and structure of sioc ceramics accession number: 20204909583574 authors: xia, kedong (1); yu, shuoshuo (1); li, yunling (1); han, huijuan (1); duan, lingyao (1); hou, zhenyu (1); liu, xiao (1) author affiliation: (1) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453000, china corresponding author: xia, kedong(kdongxia@163.com) source title: journal of the european ceramic society abbreviated source title: j. eur. ceram. soc. volume: 41 issue: 4 issue date: april 2021 publication year: 2021 pages: 2375-2385 language: english issn: 09552219 e-issn: 1873619x document type: journal article (ja) publisher: elsevier ltd abstract: in this study, c/sioc and c/sio2 composites were prepared by using carbonaceous microspheres with different surface functional groups. carbonaceous microspheres based on hydrothermal reaction of glucose contains hydroxyl group, while the surface carboxyl group increases after naoh etching. the hydroxyl group increases the oxygen-enriched structural units of sioc ceramics, and the c spheres are closely enwrapped in sioc matrix after pyrolysis at 900 �c. however, the interfacial reaction of surface carboxyl with si�oh results in the formation of cristobalite sio2, and c spheres are not only encased inside the sioc matrix, but also dispersed outside of sioc ceramics. after removal of c via calcination at 500 �c for 5 h, c/sioc and c/sio2 composites are transformed into amorphous sio2 and cristobalite sio2, respectively. the thermogravimetric analysis indicates the oxidation resistance of sioc is superior to that of c and sio2. � 2020 elsevier ltd number of references: 38 main heading: silicon controlled terms: etching� - �microspheres� - �oxidation resistance� - �silica� - �silicate minerals� - �sodium hydroxide� - �surface reactions� - �thermogravimetric analysis uncontrolled terms: amorphous sio2� - �c/sio2 composites� - �carboxyl groups� - �hydrothermal reaction� - �hydroxyl groups� - �oxygen-enriched� - �structural unit� - �surface functional groups classification code: 482.2 minerals� - �549.3 nonferrous metals and alloys excluding alkali and alkaline earth metals� - �801 chemistry� - �802.2 chemical reactions numerical data indexing: temperature 1.17e 03k, temperature 7.73e 02k, time 1.80e 04s doi: 10.1016/j.jeurceramsoc.2020.11.015 funding details: number: 21706086, acronym: -, sponsor: -; number: 2019cx056, acronym: -, sponsor: -; number: 2018027, acronym: hist, sponsor: henan institute of science and technology; number: 192102210172, acronym: -, sponsor: science and technology department of henan province; funding text: this work was financially supported by the national natural science foundation ( 21706086 ), the program of science and technology department of henan province ( 192102210172 ), initiatory financial support from henan institute of science and technology ( 2018027 ), and college students� innovative entrepreneurial training program of henan institute of science and technology ( 2019cx056 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 54. review and prospect of particulate flow cutting lubrication accession number: 20211810282060 authors: ma, li-jie (1); pang, ming-hua (1); feng, qi-gao (1); wang, zhan-kui (1); su, jian-xiu (1); liu, guan-jun (1) author affiliation: (1) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china corresponding author: feng, qi-gao(fqg@hist.edu.cn) source title: surface technology abbreviated source title: surf. technol. volume: 50 issue: 1 issue date: january 2021 publication year: 2021 pages: 208-220 article number: 1001-3660(2021)01-0208-13 language: chinese e-issn: 10013660 document type: journal article (ja) publisher: chongqing wujiu periodicals press abstract: cutting lubrication is a necessary requirement to realize high speed or precision cutting machining. however, the contradiction between traditional cutting lubrication technology and green manufacturing requirement is becoming more and more serious, while particulate flow lubrication is a promising green cutting lubrication technology. firstly, the deficiencies of common flood cutting lubrication and the characteristics of other green cutting lubrication technologies, for example dry cutting, minimum quantity lubrication and cold air cooling, were presented. and the characteristics of particulate flow lubrication are shown too. secondly, the supplyment methods of particulate lubricants during particulate flow cutting lubrication were discussed, including powder filling or smearing type, powder covering type, powder delivery type, powder spray type, etc. the process effect and parameter optimization of particulate flow cutting lubrication were reviewed based on four machining processes: turning, milling, grinding and drilling. the basic mechanism of particulate flow cutting lubrication was summarized from two aspects that include the interfacial action mechanism of particulate media and the physical properties of particulate fluid lubricant. on this basis, the superiorities and existing problems of particulate flow cutting lubrication technology were put forward. finally, based on the requirement of practical application, the development of particle flow cutting lubrication technology was prospected. this work will provide a theoretical and technological reference for the maturation and popularization of this technology. � 2021, chongqing wujiu periodicals press. all rights reserved. number of references: 65 main heading: lubrication controlled terms: green manufacturing� - �grinding (machining)� - �lubricants uncontrolled terms: action mechanisms� - �existing problems� - �lubrication technology� - �minimum quantity lubrication� - �parameter optimization� - �particulate flows� - �particulate media� - �precision cutting classification code: 604.2 machining operations� - �607.1 lubricants� - �607.2 lubrication doi: 10.16490/j.cnki.issn.1001-3660.2021.01.017 funding details: number: u1804142, acronym: nsfc;nnsf;nnsfc, sponsor: national natural science foundation of china; funding text: supported by henan joint fundation project of the national natural science foundation of china (u1804142) and the key scientific research projects in universities of henan province (21a460015). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 55. effects of duty ratio on properties of ni�p�(sol)al2o3 coating prepared by pulse-assisted chemical deposition����(open access) accession number: 20213610855174 authors: li, yongfeng (1); yang, zongju (1); han, hongjiang (1); liu, mengyu (1); zhang, mingming (1); wang, zhankui (1); wu, tingting (1) author affiliation: (1) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; henan; 453000, china corresponding author: li, yongfeng(lyf16816800@163.com) source title: journal of materials research and technology abbreviated source title: j. mater. res. technol. volume: 15 issue date: november 1, 2021 publication year: 2021 pages: 924-935 language: english issn: 22387854 document type: journal article (ja) publisher: elsevier editora ltda abstract: with the wide application of nanocomposite protective coatings in various fields, there are higher requirements for their properties. at the same time, the traditional chemical deposition and electrodeposition processes have defects with different degrees. nanocomposite coating was prepared by pulse current assisted chemical deposition process, which has the advantages of effectively improving the chemical deposition rate and ensuring the uniformity and compactness of the deposition layer surface morphology. in this paper, the effect of different duty ratios on ni�p-(sol)al2o3 nanocomposite deposition was studied. the surface morphology, composition, hardness, wear resistance and elastoplastic mechanical properties of the nanocomposite coating were tested through experiments. the experimental results showed that, when the duty ratio of pulse current was 20%, the prepared ni p-(sol)al2o3 nano-composite deposition layer has the best performance, and its deposition rate reached 45.99 �m/h, hardness value was 629 hv, friction coefficient was 0.395, wear-width was 126.33 �m, young modulus was 135.216 gpa, elastic recovery ratio he/hmax reached the maximum value of 0.3976, h3/e2 reached the maximum value of 0.0505 gpa. compared with the coatings prepared by the traditional chemical deposition process, it is found that both coatings show good compactness and uniformity. however, the pulse-assisted chemical deposition method is significantly superior to the latter in hardness and wear resistance. the deposition layer prepared by pulse-assisted chemical deposition not only has a uniform and compact surface, but also has high hardness, good toughness and optimal wear resistance. � 2021 the authors number of references: 52 main heading: deposition rates controlled terms: alumina� - �aluminum oxide� - �friction� - �hardness� - �morphology� - �nanocomposites� - �protective coatings� - �sols� - �surface morphology� - �wear of materials � - �wear resistance uncontrolled terms: chemical deposition� - �chemical deposition process� - �deposition layers� - �duty ratios� - �elastoplastic mechanical properties� - �electrodeposition process� - �nano composite� - �nano-composite coating� - �property� - �pulse currents classification code: 761 nanotechnology� - �804 chemical products generally� - �804.2 inorganic compounds� - �931.2 physical properties of gases, liquids and solids� - �933 solid state physics� - �951 materials science numerical data indexing: size 1.2633e-04m, size 4.599e-05m, percentage 2.00e 01%, pressure 1.35216e 11pa, pressure 5.05e 07pa doi: 10.1016/j.jmrt.2021.08.077 funding details: number: gg2019010, acronym: -, sponsor: -; number: 2018ggjs113, acronym: -, sponsor: -; number: 20irtsthn016, acronym: henu, sponsor: henan university; funding text: the authors gratefully acknowledge the supports from the program for innovative research team (in science and technology) in university of henan province (grant no. 20irtsthn016 ), the young key teachers projects in henan higher education institutions (grant no. 2018ggjs113 ), preferential scientific research projects for talents studying abroad and key scientific and technological projects in xinxiang city (grant no. gg2019010 ). compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 56. mechanical properties of a new type of plate�lattice structures accession number: 20205109631603 authors: liu, yabo (1) author affiliation: (1) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; henan; 453003, china source title: international journal of mechanical sciences abbreviated source title: int j mech sci volume: 192 issue date: february 15, 2021 publication year: 2021 article number: 106141 language: english issn: 00207403 coden: imscaw document type: journal article (ja) publisher: elsevier ltd abstract: in this study, a new type of lattice structure, namely plate�lattice, was investigated. the plate�lattice structure was constructed by placing a plate between two adjacent trusses. theoretical analysis of young�s modulus on a simple cubic�truss and cubic�plate revealed that the young�s modulus of the plate�lattice was twice that of the lattice composed of trusses. subsequently, further studies on more complex structures, such as octet�trusses and octet�plates, were conducted using the finite element method (fem). furthermore, the periodic boundary condition (pbc) was applied to a unit cell to reflect the response of an infinite structure. additionally, equivalent young�s modulus, strength, and shear modulus were compared at the same density. the results indicated that the stiffness of the plate�lattices was more likely to realize the hashin�shtrikman theoretical upper bounds. the plate�lattice structure exhibited 2�3 times higher stiffness values, including young�s modulus and shear modulus, than those of the truss lattice structure. furthermore, the ashby charts of relative compressive modulus (e/es) and relative strength (�/�y) were plotted as a function of relative density, and the data indicated that the plate lattice structure was a new low density structure, which could utilize materials to the maximum extent. � 2020 number of references: 52 main heading: plates (structural components) controlled terms: elastic moduli� - �shear strain� - �stiffness� - �trusses uncontrolled terms: complex structure� - �compressive moduli� - �equivalent young�s modulus� - �lattice structures� - �periodic boundary conditions� - �relative density� - �relative strength� - �stiffness values classification code: 408.2 structural members and shapes� - �931.1 mechanics� - �951 materials science doi: 10.1016/j.ijmecsci.2020.106141 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 57. one-step preparation of hydrophobic surface of cemented carbide by ethanol-assisted laser accession number: 20213310780645 authors: kun, li (1); jia-xi, du (1); li-li, liu (2); li-jie, ma (1); ming-hua, pang (1) author affiliation: (1) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china; (2) henan institute of technology, xinxiang; 453003, china source title: surface technology abbreviated source title: surf. technol. volume: 50 issue: 7 issue date: 2021 publication year: 2021 pages: 90-96 article number: 1001-3660(2021)07-0090-07 language: chinese e-issn: 10013660 document type: journal article (ja) publisher: chongqing wujiu periodicals press abstract: to prepare hydrophobic textured surface on yt15 cemented carbide blade by one-step method. texture was prepared on yt15 cemented carbide blade by fiber laser marking machine in static anhydrous ethanol environment. the effect of processing environment and laser parameters on texture surface wettability was analyzed based on texture surface morphology and chemical composition. results show that the texture surface prepared by ethanol assisted laser showed hydrophobic properties, and the hydrophobic angle was affected by laser parameters. with the increase of laser power, the contact angle of textured surface increases. the contact angle is 112.5� to 126.9� in the range of 12~ 20 w. with the increase of laser scanning speed, the contact angle of textured surface decreases. when the scanning speed is 0.5~2.5 mm/s, the contact angle is 118.3� to 125.7�. when the laser parameters are processing times=1, laser frequency=200 khz, scanning speed=1 mm/s and power=20 w, the contact angle of textured surface is the largest, which is 126.9�. in the environment of absolute ethanol, a new type of ring convex micro nano texture was prepared on yt15 blade by laser technology. compared with the non textured surface, c atoms increased significantly, and the texture surface showed hydrophobic characteristics. the contact angle of textured surface was related to the texture morphology. the higher the ring convex texture density was, the greater the contact angle was. the density of ring convex texture was affected by laser parameters. the surface wettability is determined by texture morphology and surface chemical composition. � 2021, chongqing wujiu periodicals press. all rights reserved. number of references: 27 main heading: morphology controlled terms: carbide tools� - �carbides� - �chemical analysis� - �contact angle� - �ethanol� - �fiber lasers� - �hydrophobicity� - �marking machines� - �scanning� - �surface morphology � - �textures� - �wetting uncontrolled terms: chemical compositions� - �hydrophobic properties� - �hydrophobic surfaces� - �laser marking machines� - �laser scanning speed� - �processing environments� - �surface chemical composition� - �surface wettability classification code: 601.1 mechanical devices� - �603.2 machine tool accessories� - �744.4 solid state lasers� - �804.1 organic compounds� - �804.2 inorganic compounds� - �931.2 physical properties of gases, liquids and solids numerical data indexing: power 1.20e 01w to 2.00e 01w, velocity 5.00e-04m/s to 2.50e-03m/s doi: 10.16490/j.cnki.issn.1001-3660.2021.07.008 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 58. integrated janus membrane for smart �dual fluid diode�� with multifunctional applications accession number: 20211310131458 authors: liu, ming-lin (1, 2); zhang, yu-ping (1, 2); cui, cheng-xing (1, 2); liu, peng-fei (2); li, ren-long (2); qu, ling-bo (1) author affiliation: (1) college of chemistry, zhengzhou university, zhengzhou; 450001, china; (2) henan institute of science and technology, xinxiang; 453000, china corresponding author: zhang, yu-ping(zhangyuping@hist.edu.cn) source title: journal of materials research abbreviated source title: j mater res volume: 36 issue: 9 issue date: may 14, 2021 publication year: 2021 pages: 1948-1959 language: english issn: 08842914 e-issn: 20445326 coden: jmreee document type: journal article (ja) publisher: springer nature abstract: abstract: a facile �plug-and-go� strategy for the fabrication of janus membranes (jms) is proposed that uses different combinational substrates with opposite wettability, and some suitable substrates are tightly integrated through a certain pressure. the excellent compactness and controllability of the optimal jms using foam ni and superhydrophilic cu mesh are demonstrated in multifunctional applications, including unidirectional liquid transportation in air�water systems, on-demand immiscible oil�water separation, droplet collection in liquid�liquid systems, and on�off switch control. the dual function of the resulting jms as water and oil diodes is attributed to the interpenetrating structure and similar thicknesses of the formed hydrophobic and hydrophilic layers, which minimize the penetration distance of the janus membrane in both directions. this strategy provides a common route for the fabrication of novel composite materials with greater diversity and composability regarding membrane pore size and thickness. graphic abstract: [figure not available: see fulltext.] � 2021, the author(s), under exclusive licence to the materials research society. number of references: 45 main heading: foam control controlled terms: petroleum transportation� - �pore size� - �structure (composition)� - �substrates� - �superhydrophilicity uncontrolled terms: composability� - �hydrophobic and hydrophilic� - �immiscible oil� - �liquid system� - �liquid transportation� - �membrane pore size� - �switch control� - �water separation classification code: 951 materials science doi: 10.1557/s43578-021-00160-2 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 59. smart janus titanium mesh used as a diode for both liquid droplet and air bubble transport accession number: 20214111000665 authors: zhang, shi-ming (1); zhang, yu-ping (1, 2); liu, ming-lin (1, 2); wang, bing-xing (1); liu, peng-fei (1); bai, xiuzhi (1); cui, cheng-xing (1, 2); qu, ling-bo (2) author affiliation: (1) henan institute of science and technology, xinxiang; 453000, china; (2) college of chemistry, zhengzhou university, zhengzhou; 450001, china corresponding author: zhang, yu-ping(zhangyuping@hist.edu.cn) source title: new journal of chemistry abbreviated source title: new j. chem. volume: 45 issue: 38 issue date: october 14, 2021 publication year: 2021 pages: 17862-17870 language: english issn: 11440546 e-issn: 13699261 coden: njche5 document type: journal article (ja) publisher: royal society of chemistry abstract: design and fabrication of janus interface materials as diodes for both liquids and gases are a great challenge in the field of materials science. here, a janus titanium mesh with superhydrophobicity and high oleophobicity was fabricated using economical and environmentally friendly electrochemical etching and wet-chemistry methods. switchable, spontaneous, and unidirectional transport ability for both water and oil fluids was realized in the smart mesh by ultraviolet (uv) irradiation. unidirectional fluid transport only occurred for fluids with specific surface tension values, and the fluid selectivity was dependent on the uv irradiation time. underwater bubble unidirectional permeation through the mesh was also achieved using a mesh irradiated for approximately 7 h. more importantly, the mechanism is proposed and elucidated in detail, and the proposed mechanism can more reasonably explain the antigravity unidirectional transport of liquid droplets. � the royal society of chemistry and the centre national de la recherche scientifique 2021. number of references: 32 main heading: mesh generation controlled terms: drops� - �irradiation� - �liquids� - �titanium� - �transport properties uncontrolled terms: air bubbles� - �bubble transport� - �interface materials� - �janus interfaces� - �liquid droplets� - �material science� - �superhydrophobicity� - �titanium meshes� - �ultraviolet irradiations� - �unidirectional transport classification code: 542.3 titanium and alloys� - �723.5 computer applications� - �921.4 combinatorial mathematics, includes graph theory, set theory� - �931.2 physical properties of gases, liquids and solids numerical data indexing: time 2.52e 04s doi: 10.1039/d1nj02998c funding text: this project was supported by the national nature science foundation of china (no. 22074029) and the scientific innovation team in henan province (no. c20150020). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 60. the study on risk avoidance of transaction default based on the herding effect����(open access) accession number: 20213910952546 authors: wu, liang (1, 2) author affiliation: (1) school of mathematical science, henan institute of science and technology, xinxiang, china; (2) school of business, henan normal university, xinxiang, china corresponding author: wu, liang(nidewuliang@163.com) source title: systems science and control engineering abbreviated source title: syst. sci. control eng. volume: 9 issue: 1 issue date: 2021 publication year: 2021 pages: 602-611 language: english e-issn: 21642583 document type: journal article (ja) publisher: taylor and francis ltd. abstract: there is a widespread phenomenon of trading goods ordered in advance in the commodity market, and consumers choose to imitate others for security reasons, to form a herd phenomenon of following the trend and following the crowd, this has become an important source of default by commodity booking party in transactions, causing a contingent loss to the producer of the goods. in this paper, the influence of the consumer herding effect is introduced into the characterization of default risk transmission, the herding conduction index is added to the intensity-based model of circular default, it makes the description of default risk more in line with the process of outbreak, aggregation and regression of actual risk. with the help of the credit default swap trading mechanism, the cost model of transaction default risk avoidance protocol is given. the simulation results of the model show that the herding effect has an important impact on the default probability of commodity booking party in transactions, it also makes the cost of default risk avoidance have a corresponding direction of change. � 2021 the author(s). published by informa uk limited, trading as taylor & francis group. number of references: 35 main heading: costs controlled terms: commerce� - �financial markets uncontrolled terms: agreement pricing� - �book in advance� - �circular default� - �commodities market� - �cost models� - �credit default swap� - �default risk� - �herd effect� - �risk avoidance� - �trading mechanism classification code: 911 cost and value engineering; industrial economics doi: 10.1080/21642583.2021.1975320 funding details: number: 2019ggjs168, acronym: -, sponsor: -; number: 212102310498, acronym: -, sponsor: -; funding text: the work was supported by the young backbone teacher training program of henan colleges and universities [no.2019ggjs168] and the key r & d and promotion projects in henan province (tackling key scientific and technological problems) [no.212102310498]. liang wu is the main writer of the framework and content of this article. compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 61. the effect of non-saccharomyces yeasts on biogenic amines in wine accession number: 20213810906433 authors: wang, baoshi (1); tan, fengling (1); chu, ruichao (1); li, guangyao (1); li, linbo (1); yang, tianyou (1); zhang, mingxia (1) author affiliation: (1) school of life science and technology, henan collaborative innovation center in modern biological breeding, henan institute of science and technology, xinxiang, china corresponding author: zhang, mingxia(zhangmingx@163.com) source title: trends in food science and technology abbreviated source title: trends food sci. technol. volume: 116 issue date: october 2021 publication year: 2021 pages: 1029-1040 language: english issn: 09242244 coden: tfteeh document type: journal article (ja) publisher: elsevier ltd abstract: background: excess biogenic amines (bas) bring off-odor to wine and are harmful to human health. mixed fermentation by non-saccharomyces yeasts with saccharomyces cerevisiae has been widely used to improving sensory properties of wine in winemaking. nevertheless, little attention has been paid to the effects of mixed fermentation on bas in wine. scope and approach: we reviewed the composition of bas in grape and wine, as well as their changes during grape development and winemaking process. the effects of spontaneous fermentation, non-saccharomyces yeasts fermentation and non-saccharomyces yeasts with s. cerevisiae mixed fermentation on bas are analyzed. the strategies for using non-saccharomyces yeasts to reduce the safety risk of bas in wine are also discussed. key findings and conclusions: grape information, winemaking techniques, and aging conditions affect the composition and level of bas in wine. bas are mainly formed by microbial amino acid decarboxylation. the ability of non-saccharomyces yeasts to produce bas is species-specific. presently, the non-saccharomyces yeasts such as hanseniaspora spp., torulaspora delbrueckii, schizosaccharomyces pombe and lachancea thermotolerans are commonly used in co-fermentation with s. cerevisiae, which influence bas and their precursors amino acids in wine. the combination of s. pombe and l. thermotolerans can significantly reduce bas levels in wine. further, the rational utilization of non-saccharomyces yeasts is proposed based on the differences in yeast assimilable nitrogen sources in grape must, as well as the difference of nitrogen uptake between non-saccharomyces yeasts and s. cerevisiae, which provides a reliable reference for the safe application of non-saccharomyces yeasts in winemaking industry. � 2021 elsevier ltd number of references: 97 main heading: fermentation controlled terms: amines� - �amino acids� - �carboxylation� - �iii-v semiconductors� - �nitrogen� - �wine� - �yeast uncontrolled terms: aging and storage� - �alcoholic fermentation� - �amino-acids� - �biogenic amines� - �human health� - �malolactic fermentation� - �non-saccharomyces yeasts� - �off-odors� - �s.cerevisiae� - �thermotolerans classification code: 712.1 semiconducting materials� - �802.2 chemical reactions� - �804 chemical products generally� - �804.1 organic compounds� - �822.3 food products doi: 10.1016/j.tifs.2021.09.008 funding details: number: -, acronym: moa, sponsor: ministry of agriculture of the people�s republic of china; number: -, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this research was financially supported by the national natural science foundation of china (31201410), the tackling key program of science and technology of henan province (212102110087) and the key laboratory of viticulture and enology, ministry of agriculture, china (klve201702). we want to thank freescience editorial team and dr. siyu li for the english editing work. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 62. effect of temperature increase and nacl addition on aggregation and gel properties of pork myofibrillar protein accession number: 20213610869151 authors: kang, zhuang-li (1); kong, ling-hui (1); gao, zai-shang (1); li, yan-ping (1, 2); li, xiang (1); ma, han-jun (1) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang, china; (2) food technologies faculty of sumy, national agrarian university, sumy, ukraine corresponding author: kang, zhuang-li(kzlnj1988@163.com) source title: journal of food processing and preservation abbreviated source title: j. food process. preserv. volume: 45 issue: 11 issue date: november 2021 publication year: 2021 article number: e15923 language: english issn: 01458892 e-issn: 17454549 document type: journal article (ja) publisher: john wiley and sons inc abstract: effects of increasing in temperature (56 and 72) and nacl (1%�3%) content on the particle size, zeta potential, gel properties and water distribution of pork myofibrillar protein were studied. at the same nacl content, the particle size, zeta potential, whiteness and hardness of myofibrillar protein gel at 72 were increased significantly compared to 56, whereas the cooking yield was decreased significantly (p� � 2021 wiley periodicals llc. number of references: 41 main heading: particle size controlled terms: hardness� - �meats� - �proteins� - �sodium chloride� - �water supply systems� - �zeta potential uncontrolled terms: cooking yield� - �effect of temperature� - �gel networks� - �gel properties� - �myofibrillar proteins� - �water distributions� - �water holding capacity classification code: 446.1 water supply systems� - �801.3 colloid chemistry� - �804.1 organic compounds� - �822.3 food products� - �951 materials science doi: 10.1111/jfpp.15923 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 63. heat sensitive protein-heat stable protein interaction: synergistic enhancement in the thermal co-aggregation and gelation of lactoferrin and �-lactalbumin accession number: 20210609902345 authors: yang, wei (1); qu, xiaoqing (1, 2); deng, chujun (1); dai, lei (3); zhou, haoyu (1); xu, guihua (1); li, bo (1); yulia, nazarenko (2); liu, changzhong (4) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; henan; 453003, china; (2) technology of food department, sumy national agrarian university, sumy; 40021, ukraine; (3) college of food science and engineering, qingdao agricultural university, qingdao; shandong; 266109, china; (4) school of animal science, henan institute of science and technology, xinxiang; henan; 453003, china corresponding author: yang, wei(shipinmeili@163.com) source title: food research international abbreviated source title: food res. int. volume: 142 issue date: april 2021 publication year: 2021 article number: 110179 language: english issn: 09639969 e-issn: 18737145 coden: forieu document type: journal article (ja) publisher: elsevier ltd abstract: the synergistic enhancement in the thermal co-aggregation and gelation of lactoferrin (lf), a heat sensitive protein, and �-lactalbumin (ala), a heat stable protein, was investigated at ph 7.0. heating temperatures (70 �c and 90 �c; 30 min) and ala concentrations (0 0.5 mm) significantly affected the structural characteristics of the resultant thermal aggregates and gels. the turbidity and size of lf-ala thermal aggregates were increased with increasing ala concentration; at a low total protein concentration of 0.57 mm, lf-ala gels can be formed. the presence of ala led to some hydrophobic residues originally located in the interior of lf to be exposed further during heating. new intermolecular disulfide bonds, mainly unstable ones, were formed between lf molecules and/or ala molecules during co-heating. the aggregation of lf and ala was a gradual denaturation process, accompanied by an increase in �-sheet content and decrease in �-helix content. random spherical aggregates with large size (1 5 �m) were observed by transmission electron microscopy, clearly confirming the nucleation and growth of lf with ala. there existed strong rheological synergism between lf and ala, thereby leading to a large reduction in gelation times (4�11 min) with increasing ala concentration and heating temperature. considering these data, lf and ala played different and indispensable roles in thermal aggregation and gelation: lf engaged readily in thermal aggregation, while ala mainly assisted the lf thermal aggregation. three types of mechanisms (co-fusion, nucleation and growth) involved in the aggregation and gelation processes. in all, the data of the current study has enhanced the comprehension of heat sensitive protein-heat stable protein thermal aggregation and gelation, and may help to design lf-based new ingredients for the control of food textures and delivery systems for food and pharmaceutical applications. � 2021 elsevier ltd number of references: 76 main heading: proteins controlled terms: aggregates� - �covalent bonds� - �crystallization� - �gelation� - �gels� - �heating� - �high resolution transmission electron microscopy� - �molecules� - �nucleation� - �sulfur compounds � - �textures uncontrolled terms: denaturation process� - �intermolecular disulfide bond� - �nucleation and growth� - �pharmaceutical applications� - �rheological synergism� - �structural characteristics� - �synergistic enhancement� - �total protein concentration classification code: 406 highway engineering� - �741.3 optical devices and systems� - �801.4 physical chemistry� - �802.3 chemical operations� - �804 chemical products generally� - �804.1 organic compounds� - �931.3 atomic and molecular physics� - �933.1.2 crystal growth numerical data indexing: temperature 3.43e 02k, time 1.80e 03s doi: 10.1016/j.foodres.2021.110179 funding details: number: 202102110135,212102110085, acronym: -, sponsor: -; number: 18zp05001, acronym: -, sponsor: -; number: 204200510010, acronym: -, sponsor: -; number: 31601511, acronym: nsfc, sponsor: national natural science foundation of china; funding text: the research was funded by the national natural science foundation of china (no.31601511), zhongyuan high level talents special support plan (no. 204200510010), key scientific and technological projects of henan province (no. 212102110085), key scientific and technological projects of henan province (no. 202102110135), and science and technology breakthrough project of henan academy of sciences (no. 18zp05001). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 64. effect of sodium bicarbonate and sodium chloride on aggregation and conformation of pork myofibrillar protein accession number: 20210709923856 authors: li, yan-ping (1, 2); zhang, xue-hua (1); lu, fei (1); kang, zhuang-li (1) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china; (2) food technologies faculty of sumy, national agrarian university, sumy, ukraine corresponding author: kang, zhuang-li(kzlnj1988@163.com) source title: food chemistry abbreviated source title: food chem. volume: 350 issue date: july 15, 2021 publication year: 2021 article number: 129233 language: english issn: 03088146 e-issn: 18737072 coden: fochdj document type: journal article (ja) publisher: elsevier ltd abstract: to investigate the effect of sodium bicarbonate instead of sodium chloride, the changes in ph, turbidity, aggregation, and conformation of myofibrillar protein solution with various amounts of sodium chloride and sodium bicarbonate were studied. when the sodium bicarbonate was increased from 0% to 0.4%, accompanied by the sodium chloride being decreased from 2.0% to 0.8%, the ph increased about 1.20 unites; the absolute values of the zeta potential, active sulfhydryl, and surface hydrophobicity increased significantly (p 2 -atpase activity decreased significantly (p 2 -atpase activity was not significantly different (p > 0.05) when increasing sodium bicarbonate, implying that sodium bicarbonate did not affect the actin. overall, the results indicated that an increase in sodium bicarbonate could improve solubility, expose more hydrophobic residues and sulfhydryl groups, and induce ca2 -atpase inactivation and protein unfolding, leading the myofibrillar protein to denaturation easily. � 2021 elsevier ltd number of references: 36 main heading: sodium bicarbonate controlled terms: carbonates� - �hydrophobicity� - �particle size� - �proteins� - �sodium chloride� - �turbidity uncontrolled terms: absolute values� - �atp-ase activity� - �hydrophobic residues� - �myofibrillar proteins� - �protein unfolding� - �sulfhydryl� - �sulfhydryl groups� - �surface hydrophobicity classification code: 741.1 light/optics� - �804 chemical products generally� - �931.2 physical properties of gases, liquids and solids numerical data indexing: percentage 0.00e 00% to 4.00e-01%, percentage 2.00e 00% to 8.00e-01% doi: 10.1016/j.foodchem.2021.129233 funding details: number: 2018ggjs114, acronym: -, sponsor: -; number: prkx2020z23, acronym: -, sponsor: -; number: 212300410344, acronym: -, sponsor: natural science foundation of henan province; funding text: this study was supported by natural science foundation of henan province (no. 212300410344 ), open foundation project of key laboratory of sichuan province universities for cooking science in 2020 (no. prkx2020z23) and henan province key young teachers training program (no. 2018ggjs114). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 65. effect of benzene ring on the excited-state intramolecular proton transfer mechanisms of hydroxyquinoline derivatives accession number: 20212410511701 authors: zhang, feng (1); zhao, jing (1); li, chaozheng (2) author affiliation: (1) school of intelligent systems engineering, henan institute of technology, xinxiang, china; (2) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang, china corresponding author: li, chaozheng(lichaozheng1101@163.com) source title: journal of physical organic chemistry abbreviated source title: j phys org chem volume: 34 issue: 10 issue date: october 2021 publication year: 2021 article number: e4257 language: english issn: 08943230 e-issn: 10991395 coden: jpocee document type: journal article (ja) publisher: john wiley and sons ltd abstract: the proton transfer process of 8-hydroxyquinoline (hq) can occur from the hydroxy oxygen to the pyridine nitrogen through a five-membered ring. for 10-hydroxybenzo[h]quinolone (hbq), the proton transfer process occurs through a six-membered ring due to the insertion of a benzene ring between phenol and pyridine. in this work, the proton transfer processes of the five-membered (hq) and six-membered (hbq) ring hydroxyquinoline hydrogen bond systems were studied through theoretical methods. the geometric parameters and infrared (ir) vibrational spectra analysis show that the insertion of a benzene ring between phenol and pyridine affect the strength of the intramolecular hydrogen bond (oh���n). upon photoexcitation, the electron density is redistributed, which can provide driving force for the proton transfer processes. the potential barrier of the excited-state intramolecular proton transfer (esipt) process for hq is 3.05 kcal/mol, whereas the esipt process of hbq is barrierless. it is demonstrated that the proton transfer process of hbq is easier than that of hq in s1 state. the proton transfer process of hq can only occur in s1 state, whereas that of hbq can occur in the ground state (s0) and s1 state. in addition, the analysis of the nonadiabatic dynamics simulations reveals that the esipt process of hbq (26 fs) is faster than that of hq (53 fs). to sum up, the insertion of a benzene ring between phenol and pyridine affect the strength of the intramolecular hydrogen bond (oh���n) and then affect the proton transfer processes to some extent. � 2021 john wiley & sons, ltd. number of references: 69 main heading: excited states controlled terms: benzene� - �ground state� - �hydrogen bonds� - �phenols� - �proton transfer� - �pyridine uncontrolled terms: excited-state intramolecular proton transfer� - �five-membered rings� - �hydrogen bond systems� - �hydroxyquinoline derivatives� - �intra-molecular hydrogen bonds� - �non-adiabatic dynamics� - �proton transfer process� - �theoretical methods classification code: 801.4 physical chemistry� - �804.1 organic compounds� - �931.3 atomic and molecular physics� - �932.1 high energy physics numerical data indexing: time 2.60e-14s, time 5.30e-14s doi: 10.1002/poc.4257 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 66. effect of sodium bicarbonate on gel properties and protein conformation of phosphorus-free chicken meat batters����(open access) accession number: 20210309774337 authors: lu, fei (1); kang, zhuang-li (1); wei, li-peng (1); li, yan-ping (1, 2) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china; (2) food technologies faculty of sumy national agrarian university, sumy, ukraine corresponding author: kang, zhuang-li source title: arabian journal of chemistry abbreviated source title: arab. j. chem. volume: 14 issue: 2 issue date: february 2021 publication year: 2021 article number: 102969 language: english issn: 18785352 document type: journal article (ja) publisher: elsevier b.v. abstract: so as to investigate the effect of using sodium bicarbonate (sb) to replace sodium tripolyphosphate (st) in the chicken meat batters with st or sb (0.30% and 0.50%), the changes of gel properties and protein conformation were studied. the ph, salt-soluble protein solubility, cooking yield, b* value and texture properties were increased significantly (p � 2020 the author(s) number of references: 35 main heading: sodium bicarbonate controlled terms: animals� - �carbonates� - �hydrophobicity� - �meats� - �phosphorus� - �proteins� - �textures uncontrolled terms: gel properties� - �hydrophilic environments� - �hydrophobic interactions� - �protein conformation� - �salt-soluble proteins� - �secondary and tertiary structures� - �sodium tripolyphosphate� - �texture properties classification code: 804 chemical products generally� - �822.3 food products� - �931.2 physical properties of gases, liquids and solids numerical data indexing: percentage 3.00e-01%, percentage 3.00e-01% to 5.00e-01%, percentage 5.00e-01% doi: 10.1016/j.arabjc.2020.102969 funding details: number: 2018ggjs114, acronym: -, sponsor: -; funding text: we thanks the henan province key young teachers training program (no. 2018ggjs114). compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 67. technological and functional properties of reduced-salt pork batter incorporated with soy protein isolate after pressure treatment accession number: 20212010360433 authors: li, yan-ping (1, 2); kang, zhuang-li (1); sukmanov, valerii (2); ma, hanjun (1) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china; (2) food technologies faculty of sumy, national agrarian university, sumy, ukraine corresponding authors: kang, zhuang-li(kzlnj1988@163.com); sukmanov, valerii(sukmanovvaleri@gmail.com) source title: international journal of food science and technology abbreviated source title: int. j. food sci. technol. volume: 56 issue: 11 issue date: november 2021 publication year: 2021 pages: 5581-5588 language: english issn: 09505423 e-issn: 13652621 document type: journal article (ja) publisher: john wiley and sons inc abstract: to investigate the effects of different pressures (0.1�400�mpa), the techno-functional properties, water distribution and mobility of reduced-salt pork batters (1% nacl) supplemented with soy protein isolate (spi, 2%) were examined. compared with the batters treated at 0.1�mpa, those treated at 100�300�mpa showed significantly increased the cooking yield, hardness, springiness, cohesiveness, chewiness, and g2 values of gel and reduced the initial relaxation times of t2b, t21 and t22, as observed from the results of low-field nmr. among all samples, those treated at 200 and 300�mpa had the highest l* value, cooking yield, hardness, springiness, cohesiveness, chewiness and g2 value of gel, with the largest peak ratio of p21 and the smallest peak ratio of p22. overall, treatments at 200 and 300�mpa improved the gel properties and lowered the water mobility of reduced-salt pork batters supplemented with spi. � 2021 institute of food science and technology number of references: 33 main heading: meats controlled terms: hardness� - �proteins� - �sodium chloride� - �water supply systems uncontrolled terms: different pressures� - �functional properties� - �gel properties� - �low-field nmr� - �pressure treatments� - �soy protein isolates� - �water distributions� - �water mobility classification code: 446.1 water supply systems� - �804.1 organic compounds� - �822.3 food products� - �951 materials science numerical data indexing: percentage 1.00e 00%, percentage 2.00e 00% doi: 10.1111/ijfs.15082 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 68. effects of nacl and soy protein isolate on the physicochemical, water distribution, and mobility in frankfurters����(open access) accession number: 20214110993316 authors: kang, zhuang-li (1); zou, xiao-li (1); meng, lin (1); li, yan-ping (1, 2) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china; (2) food technologies faculty of sumy, national agrarian university, sumy, ukraine corresponding author: kang, zhuang-li(kzlnj1988@163.com) source title: international journal of food science and technology abbreviated source title: int. j. food sci. technol. volume: 56 issue: 12 issue date: december 2021 publication year: 2021 pages: 6572-6579 language: english issn: 09505423 e-issn: 13652621 document type: journal article (ja) publisher: john wiley and sons inc abstract: in this study, we investigated the effect of gel and rheological properties, microstructure, and water distribution of frankfurters with various amounts of nacl (1 and 2%) and soy protein isolate (spi, 3 and 6%). the frankfurter cooking yield, a*value, and hardness significantly increased with the increasing nacl and spi content. however, the frankfurter springiness and cohesiveness were lower in the case of 6% spi and 2% nacl content than in the case of 3% spi and 2% nacl content. the thermal stability of myosin improved with the increasing nacl and spi, resulting in more compact and continuous structures. meanwhile, the initial t2b, t21, and t22 relaxation times were significantly shorter, and the p21 and p22 peak ratios increased and decreased significantly, respectively, implying the increase of the immobile water content. overall, the spi use allowed the production of reduced-salt frankfurter with desirable quality. � 2021 institute of food, science and technology number of references: 38 main heading: sodium chloride controlled terms: physicochemical properties� - �proteins� - �textures� - �thermodynamic stability� - �water supply systems uncontrolled terms: distribution and mobility� - �frankfurter� - �gel properties� - �low-field nmr� - �physico-chemicals� - �rheological property� - �soy protein isolates� - �water distributions� - �water mobility� - �water-holding capacity classification code: 446.1 water supply systems� - �641.1 thermodynamics� - �801.4 physical chemistry� - �804.1 organic compounds numerical data indexing: percentage 1.00e00%, percentage 2.00e 00%, percentage 3.00e 00%, percentage 6.00e 00% doi: 10.1111/ijfs.15353 funding details: number: 2018ggjs114, acronym: -, sponsor: -; number: prkx2020z23, acronym: -, sponsor: -; number: 212300410344, acronym: -, sponsor: natural science foundation of henan province; funding text: this study was supported by natural science foundation of henan province (no. 212300410344), open foundation project of key laboratory of sichuan province universities for cooking science in 2020 (no. prkx2020z23), and henan province key young teachers training program (no. 2018ggjs114). compendex references: yes open access type(s): all open access, bronze database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 69. effects of different cooking methods on volatile flavor compounds of chicken breast accession number: 20212810635403 authors: bi, jicai (1, 2, 3); lin, zeyuan (4); li, yang (4); chen, fusheng (3); liu, sixin (2); li, congfa (2) author affiliation: (1) post-doctoral research base & school of food science, henan institute of science and technology, xinxiang, china; (2) college of food science and engineering, hainan university, haikou, china; (3) food science and engineering post-doctoral research station, henan university of technology, zhengzhou, china; (4) school of food science and technology, henan institute of science and technology, xinxiang, china corresponding author: li, congfa(congfa@vip.163.com) source title: journal of food biochemistry abbreviated source title: j. food biochem. volume: 45 issue: 8 issue date: august 2021 publication year: 2021 article number: e13770 language: english issn: 01458884 e-issn: 17454514 document type: journal article (ja) publisher: john wiley and sons inc abstract: chicken is one of the highest selling meats worldwide. different cooking methods produce various flavor compounds in cooked chicken, which affect consumers� food choices. in this study, the volatile flavor components of gushi chicken breast after stewing and air frying were detected using gas chromatography-ion mobility chromatography (gc-ims) and principal component analysis (pca), and the relative odor activity value (roav) was determined using pca. a total of 43 volatile substances were identified. 3-(methylthio)propionaldehyde-m and benzene acetaldehyde can be used as characteristic flavor markers in the air-fried chicken breast.ethyl acetate, (e)-2-octenal-d, and 2-ethyl-1-hexanol-d can be used as characteristic flavor markers in the stewed chicken breast. because these five substances have the most obvious contrast in the fingerprint. the following part describes the specific substances that have mainly contributed to the flavor system in the volatile system obtained by different cooking methods. finally, the main flavor compounds of the stewed chicken breast were 3-methylbutanal-d, octanal-d, (e)-2-nonenal, and other 11 types of compounds (roav e"1). nine types of compounds (roav e"1), including 3-methylbutanal-d, (e)-2-nonenal-m octanal-m, and hexanal-m, were the main compounds to characterize the air-fried chicken breast. practical applications: gc-ims technology combined with the principal component analysis of roav can be used to rapidly identify the main flavor substances and the flavor substances having an important role in modifying the overall taste of the sample. it plays a considerably important role in the aroma recombination of substances and can play a role in food processing. � 2021 wiley periodicals llc. number of references: 29 main heading: flavor compounds controlled terms: animals� - �cooking� - �gas chromatography� - �ion chromatography� - �ion mobility spectrometers� - �meats uncontrolled terms: chicken breast� - �cooked chickens� - �cooking methods� - �flavor substances� - �odor activity values� - �propionaldehyde� - �volatile flavor compounds� - �volatile substances classification code: 741.3 optical devices and systems� - �801 chemistry� - �802.3 chemical operations� - �822.2 food processing operations� - �822.3 food products doi: 10.1111/jfbc.13770 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 70. effects of soy protein isolate on gel properties and water holding capacity of low-salt pork myofibrillar protein under high pressure processing accession number: 20210910003084 authors: li, yan-ping (1, 2); kang, zhuang-li (1); sukmanov, valerii (2); ma, han-jun (1) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china; (2) food technologies faculty of sumy national agrarian university, sumy, ukraine corresponding author: kang, zhuang-li(kzlnj1988@163.com) source title: meat science abbreviated source title: meat sci. volume: 176 issue date: june 2021 publication year: 2021 article number: 108471 language: english issn: 03091740 coden: mescdn document type: journal article (ja) publisher: elsevier ltd abstract: this paper studies the effects of soy protein isolate (spi; 0, 2% and 4%; weight/weight) on texture, rheological property, sulfhydryl groups, and the water distribution state of low-salt (1% nacl) pork myofibrillar protein systems under high pressure processing (hpp, 200 mpa, 10 min). the l value, cooking yield, hardness, total and reactive sulfhydryl, surface hydrophobicity, and the g� value at 80 �c of pork myofibrillar protein increased significantly (p 2b, t21, and t22 decreased when spi increased; meanwhile, the peak ratio of p21 increased significantly (p � 2021 elsevier ltd number of references: 61 main heading: proteins controlled terms: gels� - �high pressure effects� - �meats� - �sodium chloride� - �textures� - �thermodynamic stability� - �water supply systems uncontrolled terms: gel characteristics� - �high pressure processing� - �myofibrillar proteins� - �rheological property� - �soy protein isolates� - �surface hydrophobicity� - �water distributions� - �water holding capacity classification code: 446.1 water supply systems� - �641.1 thermodynamics� - �804 chemical products generally� - �804.1 organic compounds� - �822.3 food products numerical data indexing: percentage 1.00e 00%, percentage 2.00e 00%, percentage 4.00e 00%, pressure 2.00e 08pa, temperature 3.53e 02k, time 6.00e 02s doi: 10.1016/j.meatsci.2021.108471 funding details: number: 2018ggjs114, acronym: -, sponsor: -; number: cc20z19, acronym: -, sponsor: -; number: 212300410344, acronym: -, sponsor: natural science foundation of henan province; funding text: this study was supported by natural science foundation of henan province (no. 212300410344 ), research project of sichuan cuisine development research center of sichuan education department (no. cc20z19 ) and henan province key young teachers training program (no. 2018ggjs114 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 71. research on edible superhydrophobic coatings for food packaging material accession number: 20213710878313 authors: li, qingshan (1, 2); fan, shumin (1); qiao, xiu (1); duan, dawei (1, 2); fan, wenxiu (1); ao, helikh (2) author affiliation: (1) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang, china; (2) department of food technology, sumy national agricultural university, sumy, ukraine corresponding authors: fan, shumin(fansm88@hotmail.com); fan, wenxiu(fwxiu@hist.edu.cn); ao, helikh(a.helikh.snau@gmail.com) source title: upb scientific bulletin, series b: chemistry and materials science abbreviated source title: upb sci bull ser b volume: 83 issue: 3 issue date: 2021 publication year: 2021 pages: 203-214 language: english issn: 14542331 e-issn: 22863680 coden: sbpsfz document type: journal article (ja) publisher: politechnica university of bucharest abstract: using fda-approved edible materials, a simple, fast, and low-cost method was proposed to produce coatings with super-hydrophobic properties. the superhydrophobic coating prepared by wax-ethanol hydrothermal spraying showed superhydrophobic properties, and the water contact angle (wca) was greater than 150�. in order to improve the hydrophobicity, firmness, flexibility and durability of the coating, polypropylene (pp) was used as binder. this method can be applied to the inner packaging of liquid food in daily life, greatly reducing the residue of liquid food on the packaging. � 2021, politechnica university of bucharest. all rights reserved. number of references: 24 main heading: coatings controlled terms: contact angle� - �packaging materials� - �polypropylenes� - �superhydrophobicity uncontrolled terms: daily lives� - �food-packaging materials� - �hydrophobic properties� - �liquid food� - �low cost methods� - �superhydrophobic coatings� - �water contact angle (wca) classification code: 694.2 packaging materials� - �813.2 coating materials� - �815.1.1 organic polymers� - �931.2 physical properties of gases, liquids and solids funding text: this work was supported financially by funding from the key scientific and technological project of henan province (no. 202102210024, no. 152102210099), key scientific research project of henan provincial education department (no. 20a150018), high-level talent start-up research project of henan institute of science and technology (no. 2017043). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 72. physicochemical and structural changes in myofibrillar proteins from porcine longissimus dorsi subjected to microwave combined with air convection thawing treatment accession number: 20204409433381 authors: peng, zeyu (1); zhu, mingming (1, 2, 3); zhang, juan (1); zhao, shengming (1); he, hongju (1); kang, zhuangli (1); ma, hanjun (1); xu, baocheng (4) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china; (2) henan province engineering technology research center of animal products intensive processing and quality safety control, henan institute of science and technology, xinxiang; 453003, china; (3) national pork processing technology research and development professional center, xinxiang; 453003, china; (4) college of food and bioengineering, henan university of science and technology, luoyang; 471003, china corresponding author: zhu, mingming(happyzhumingming@126.com) source title: food chemistry abbreviated source title: food chem. volume: 343 issue date: may 1, 2021 publication year: 2021 article number: 128412 language: english issn: 03088146 e-issn: 18737072 coden: fochdj document type: journal article (ja) publisher: elsevier ltd abstract: the effect of microwave combined with air convection thawing (mat) on the properties and tertiary structure of myofibrillar proteins (mps) from porcine longissimus dorsi muscle was investigated and compared with single treatments (air thawing, microwave thawing) and fresh meat (fm). among the thawing treatments, the carbonyl content, dityrosine content, and surface hydrophobicity of mps in mat were the lowest, whereas the total sulfhydryl content, water-holding capacity, and ca2 -atpase activity were the highest, suggesting that mat retained mps properties better. mat possessed a more stable tertiary structure and exhibited slight changes in mps aggregation and degradation. there was an insignificant difference (p > 0.05) in the immobilized water and free water between the mat samples and fm, indicating a tighter interaction between water and muscle protein in mat. thus, mat could retain the physicochemical and structural properties of mps, which provided a combination of thawing treatments for application in meat industry. � 2020 elsevier ltd number of references: 40 main heading: proteins controlled terms: muscle� - �physicochemical properties� - �thawing uncontrolled terms: atp-ase activity� - �muscle proteins� - �myofibrillar proteins� - �porcine longissimus dorsi� - �sulfhydryl content� - �surface hydrophobicity� - �tertiary structures� - �water holding capacity classification code: 461.2 biological materials and tissue engineering� - �804.1 organic compounds doi: 10.1016/j.foodchem.2020.128412 funding details: number: 2016020, acronym: -, sponsor: -; number: 192102110108, acronym: -, sponsor: -; number: 161100110600, acronym: -, sponsor: major science and technology project of hainan province; funding text: this study was supported by the major science and technology project of henan province (no. 161100110600), the science and technology research project of henan province (no. 192102110108), and the high-level talent scientific research staring foundation of the henan institute of science & technology (no. 2016020). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 73. fluctuated low temperature combined with high-humidity thawing to retain the physicochemical properties and structure of myofibrillar proteins from porcine longissimus dorsi accession number: 20210609891398 authors: zhu, mingming (1, 2, 3); zhang, juan (1); peng, zeyu (1); kang, zhuangli (1); ma, hanjun (1); zhao, shengming (1); he, hongju (1); xu, baocheng (4) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china; (2) henan province engineering technology research center of animal products intensive processing and quality safety control, henan institute of science and technology, xinxiang; 453003, china; (3) national pork processing technology research and development professional center, xinxiang; 453003, china; (4) college of food and bioengineering, henan university of science and technology, luoyang; 471003, china corresponding author: zhu, mingming(happyzhumingming@126.com) source title: lwt abbreviated source title: lwt volume: 142 issue date: may 2021 publication year: 2021 article number: 111001 language: english issn: 00236438 coden: lbwtap document type: journal article (ja) publisher: academic press abstract: the physicochemical and structural changes in myofibrillar proteins (mps) from porcine longissimus dorsi under low temperature combined with high-humidity thawing (4 �c, 90% rh, lht) and fluctuated low temperature combined with high-humidity thawing (2 �! 6 �! 2 �c, 90% rh, flht) treatments were compared with those under refrigerator thawing (rt). the changes in the thermal stability and viscoelasticity of the mps after flht treatment was insignificant (p � 2021 elsevier ltd number of references: 47 main heading: temperature controlled terms: deterioration� - �physicochemical properties� - �proteins� - �thawing� - �water supply systems uncontrolled terms: low temperatures� - �myofibrillar proteins� - �porcine longissimus dorsi� - �porcine muscles� - �protein oxidation� - �sulfhydryl content� - �tertiary structures� - �water distributions classification code: 446.1 water supply systems� - �641.1 thermodynamics� - �804.1 organic compounds� - �951 materials science numerical data indexing: temperature 2.75e 02k, temperature 2.77e 02k doi: 10.1016/j.lwt.2021.111001 funding details: number: 2016020, acronym: -, sponsor: -; number: 192102110108, acronym: -, sponsor: -; number: 161100110600, acronym: -, sponsor: major science and technology project of hainan province; funding text: the authors gratefully acknowledge the science and technology research project of henan province (no. 192102110108 ), the major science and technology project of henan province (no. 161100110600 ) and the high-level talent scientific research staring foundation of henan institute of science & technology (no. 2016020 ) for their financial support. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 74. effects of different physical technology on compositions and characteristics of bean dregs accession number: 20213210726726 authors: wang, fang (1, 2); zeng, jie (1); gao, haiyan (1); sukmanov, valerii (2) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; henan; 453003, china; (2) technology of food department, sumy national agrarian university, sumy; 40021, ukraine corresponding author: zeng, jie(zengjie623@163.com) source title: innovative food science and emerging technologies abbreviated source title: innovative food sci. emerg. technol. volume: 73 issue date: october 2021 publication year: 2021 article number: 102789 language: english issn: 14668564 document type: journal article (ja) publisher: elsevier ltd abstract: the effects of ultrafine grinding (u), high pressure (hp), microwaves (m), high-temperature cooking (htc) and combination technologies (u-hp, u-m, u-htc) on the nutritional compositions and characteristics of bean dregs were investigated. the results showed that both single treatments and combination treatments significantly increased the soluble dietary fiber (sdf) content and water solubility of bean dregs; however, the protein content, fat absorption capacity and swelling capacity of bean dregs were decreased compared with those of the control. the combination technologies significantly increased the contents of k, ca, na and fe in bean dregs. htc and u-htc had prominent effects on inhibiting trypsin inhibitor activity, which were decreased from 7365 tiu/g to 1210 and 96 tiu/g, respectively. the bean dregs by ultrafine grinding and combined treatments showed honeycomb structure and small particle distribution, and their processing performances improved. in conclusion, combination technologies were effective methods for improving the quality of bean dregs and expanding their development. industrial relevance: a combined method may have greater effects than any single approach in improving the quality of bean dregs. ultrafine grinding technology combined with other physical techniques used in bean dregs can solve quality problems; for example, bean dregs are characterized by poor taste, perishability, low soluble fiber content, and high trypsin inhibitor activity, all of which are related to human health and safety. however, to the best of our knowledge, ultrafine grinding combined with other physical techniques has not been used with bean dregs. the present paper highlights the effects of ultrafine grinding technology (u) combined with high pressure (hp), microwave (m), and high temperature cooking (htc) technologies on the nutritional and functional compositions of bean dregs. the obtained results contribute to enhance sdf content, reduce anti-nutrition factors, and expand development and utilization of bean dregs, which constitute the basis for its application in baked food, flour products and the food industry. � 2021 elsevier ltd number of references: 53 main heading: physicochemical properties controlled terms: cooking� - �grinding (machining)� - �high pressure effects� - �honeycomb structures� - �proteins� - �water absorption uncontrolled terms: bean dreg� - �combination technology� - �cooking technology� - �fibers content� - �high pressure� - �highest temperature� - �physicochemical property� - �soluble dietary fiber� - �trypsin inhibitor� - �ultra-fine grinding classification code: 408.2 structural members and shapes� - �604.2 machining operations� - �801.4 physical chemistry� - �802.3 chemical operations� - �804.1 organic compounds� - �822.2 food processing operations doi: 10.1016/j.ifset.2021.102789 funding text: this work was financed by the program of xinxiang major scientific and technological project (no. zd2020003), the henan provincial technical research center for improving the quality of grain deep-processing products (201820314), and science and technology projects in henan province (grant number 19a550007). the authors declare that they have no conflict of interest. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 75. enhanced electrochemical properties and interfacial stability of poly(ethylene oxide) solid electrolyte incorporating nanostructured li1.3al0.3ti1.7(po4)3 fillers for all solid state lithium ion batteries accession number: 20204909578446 authors: zhao, erqing (1); guo, yudi (2); xin, yuan (1); xu, guangri (1); guo, xiaowei (2) author affiliation: (1) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang, china; (2) school of chemistry and materials engineering, xinxiang university, xinxiang, china corresponding author: guo, yudi(guoydhappy@126.com) source title: international journal of energy research abbreviated source title: int. j. energy res. volume: 45 issue: 5 issue date: april 2021 publication year: 2021 pages: 6876-6887 language: english issn: 0363907x e-issn: 1099114x coden: ijerdn document type: journal article (ja) publisher: john wiley and sons ltd abstract: poly(ethylene oxide) (peo) polymer electrolyte has been regarded as a potential solid electrolyte which can be applied in all-solid-state lithium-ion batteries (asslibs). nevertheless, low electrochemical properties and poor electrolyte/li anode interfacial stability hinder its further application. in our work, the li1.3al0.3ti1.7(po4)3 (latp) nanomaterials with nasicon structure have been synthesized using a simple solvent-thermal method, followed by being embedded into peo polymer to form latp filled peo solid composite electrolytes. effects of latp content and particle size on electrochemical performances of solid electrolytes have been studied. by adjusting the calcination temperature, the uniformly distributed nasicon-type latp powders with different sizes can be obtained. the electrochemical properties of peo polymer electrolyte have been effectively enhanced by filling latp nanoparticles. the composite electrolyte filled with 5 wt% latp particles calcined at 850�c exhibits a high ionic conductivity of 5.24�10"4 s cm"1 at 55�c, which has a high electrochemical stability window of over 5 v versus li/li and a superior interfacial stability with li metal. a lifepo4/li asslib fabricated with the optimum composite electrolyte shows the excellent rate capability, and its discharge capacities at 0.2c, 0.5c, 1c, and 2c are 151.97, 151.56, 145.51, and 128.02 mah�g"1. moreover, the discharge capacity of the cell decreases from 151.69 to 130.53 mah�g"1 after 100 charge-discharge cycles at 0.5c rate, and the corresponding capacity retention is 86.05%. these results demonstrate that latp nanoparticles obtained via the solvent-thermal method are the alternative fillers for peo polymer electrolyte. � 2020 john wiley & sons ltd number of references: 49 main heading: solid electrolytes controlled terms: aliphatic compounds� - �aluminum compounds� - �calcination� - �composite structures� - �electric discharges� - �electrochemical properties� - �ethylene� - �filled polymers� - �fillers� - �lithium compounds � - �lithium-ion batteries� - �nanoparticles� - �particle size� - �polyelectrolytes� - �polyethylene oxides� - �potentiometric sensors� - �solid-state batteries� - �stability� - �titanium compounds uncontrolled terms: all-solid-state lithium ion batteries� - �calcination temperature� - �charge-discharge cycle� - �electrochemical performance� - �electrochemical stabilities� - �interfacial stabilities� - �poly (ethylene oxide) (peo)� - �solid composite electrolytes classification code: 408.2 structural members and shapes� - �701.1 electricity: basic concepts and phenomena� - �761 nanotechnology� - �801.4.1 electrochemistry� - �802.3 chemical operations� - �803 chemical agents and basic industrial chemicals� - �804.1 organic compounds� - �815.1.1 organic polymers� - �933 solid state physics� - �951 materials science numerical data indexing: percentage 8.60e 01%, temperature 1.12e 03k, temperature 3.28e 02k, voltage 5.00e 00v doi: 10.1002/er.6278 funding details: number: 2016034, acronym: hist, sponsor: henan institute of science and technology; number: -, acronym: -, sponsor: education department of henan province; number: 41606096,51502318, acronym: nsfc, sponsor: national natural science foundation of china; number: 2016034, acronym: hist, sponsor: henan institute of science and technology; number: s201911071004, acronym: -, sponsor: national college students innovation and entrepreneurship training program; number: 41606096,51502318, acronym: nsfc, sponsor: national natural science foundation of china; funding text: henan institute of science and technology, grant/award number: 2016034; national natural science foundation of china, grant/award numbers: 41606096, 51502318; the education department of henan province, grant/award number: s201911071004 funding informationthe authors acknowledge the financial supports from national natural science foundation of china (grant nos: 51502318 and 41606096), henan institute of science and technology (2016034), and henan students� innovation and entrepreneurship training program (grant no. s201911071004). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 76. effects of freezing methods and frozen storage on physicochemical, oxidative properties and protein denaturation of porcine longissimus dorsi accession number: 20214010979237 authors: zhu, mingming (1, 2, 3); zhang, juan (1); jiao, lingxia (1); ma, changming (4); kang, zhuangli (1); ma, hanjun (1) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china; (2) henan province engineering technology research center of animal products intensive processing and quality safety control, henan institute of science and technology, xinxiang; 453003, china; (3) national pork processing technology research and development professional center, xinxiang; 453003, china; (4) henan miracle food technology co., ltd, zhengzhou; 450046, china corresponding author: zhu, mingming(happyzhumingming@126.com) source title: lwt abbreviated source title: lwt volume: 153 issue date: january 2022 publication year: 2022 article number: 112529 language: english issn: 00236438 coden: lbwtap document type: journal article (ja) publisher: academic press abstract: changes in physicochemical properties, oxidative properties, and protein denaturation of porcine longissimus muscles, which were frozen by different methods and then stored at "18 �c for various times, were investigated. as the freezing rate was increased, the deterioration was reduced. in addition, over a period of 168 d, the quality reduction was proportional to the levels of oxidation and protein denaturation. the obtained results showed that a slower freezing rate and long-term duration had a negative influence on the porcine quality. at 168 d, although the thawing loss, total volatile base nitrogen, and electrical conductivity of the "40 �c frozen samples were higher than those of the "80 �c and liquid nitrogen frozen samples, they remained within the acceptable limits. however, compared with freezing at  18 �c, freezing at "40 �c reduced oxidation, and maintained the sample thermal stability and viscoelasticity. therefore, in terms of energy conservation, freezing at "40 �c could preserve porcine quality over 168 d, thereby confirming its suitability for application in the meat industry. � 2021 number of references: 36 main heading: physicochemical properties controlled terms: denaturation� - �deterioration� - �food storage� - �freezing� - �liquefied gases� - �muscle� - �proteins uncontrolled terms: freezing methods� - �freezing rate� - �frozen sample� - �frozen storage� - �longissimus dorsi� - �oxidative properties� - �physicochemical property� - �pork longissimi dorsi muscle� - �protein denaturation� - �storage time classification code: 461.2 biological materials and tissue engineering� - �461.9 biology� - �694.4 storage� - �801.2 biochemistry� - �801.4 physical chemistry� - �804.1 organic compounds� - �822.1 food products plants and equipment� - �951 materials science numerical data indexing: temperature 2.91e 02k, temperature 3.13e 02k, temperature 3.53e 02k doi: 10.1016/j.lwt.2021.112529 funding details: number: 21irtsthn024, acronym: henu, sponsor: henan university; funding text: this study was supported by the program for innovative research team (in science and technology) in university of henan province (no. 21irtsthn024). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 77. impact of active chlorines and �oh radicals on degradation of quinoline using the bipolar electro-fenton process����(open access) accession number: 20210509840105 authors: zhang, wenlong (1, 2); chen, jun (2); wang, jichao (2); cui, cheng-xing (2); wang, bingxing (2); zhang, yuping (2) author affiliation: (1) college of chemistry, zhengzhou university, zhengzhou; 450001, china; (2) college of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453003, china corresponding author: chen, jun(junchen713@126.com) source title: water (switzerland) abbreviated source title: water volume: 13 issue: 2 issue date: january 2, 2021 publication year: 2021 article number: 128 language: english e-issn: 20734441 document type: journal article (ja) publisher: mdpi ag abstract: quinoline is a typical nitrogenous heterocyclic compound, which is carcinogenic, teratogenic, and mutagenic to organisms, and its wastewater is difficult to biodegrade directly. the bipolar electro-fenton process was employed to treat quinoline solution. the process/reaction conditions were optimized through the single factor experiment. the degradation kinetics of chemical oxygen demand (cod) was analyzed. to get the degradation mechanism and pathways of quinoline, the intermediate products were identified by gas chromatograph�mass spectrometer (gc�ms). by using sodium chloride as supporting electrolyte in the electro-fenton reaction system with initial ph 3.0, conductivity 15,800 �s/cm, h2o2 concentration 71 mmol/l, current density 30.5 ma/cm2, and applied voltage 26.5 v, 75.56% of cod was decreased by indirect oxidation with electrogeneration of hydroxyl radicals (�oh) and active chloric species in 20 min. the cod decrease of quinoline solution followed the first order reaction kinetic model. the main products of quinoline degradation were 2(1h)-quinolinone, 4-chloro-2(1h)-quinolinone, 5-chloro-8-hydroxyquinoline, and 5,7-dichloro-8-hydroxyquinoline. furthermore, two possible degradation pathways of quinoline were proposed, supported with natural charge distribution on quinoline and intermediates calculated at the theoretical level of mn15l/6-311g(d). � 2021 by the authors. licensee mdpi, basel, switzerland. number of references: 36 main heading: chemical oxygen demand controlled terms: degradation� - �electrolytes� - �free radical reactions� - �free radicals� - �gas chromatography� - �hydrogen peroxide� - �oxidation� - �photodegradation� - �reaction kinetics� - �sodium chloride uncontrolled terms: degradation mechanism� - �degradation pathways� - �electro-fenton process� - �first order reactions� - �heterocyclic compound� - �intermediate product� - �single-factor experiments� - �supporting electrolyte classification code: 702 electric batteries and fuel cells� - �802.2 chemical reactions� - �802.3 chemical operations� - �803 chemical agents and basic industrial chemicals� - �804 chemical products generally� - �804.2 inorganic compounds numerical data indexing: current_density 3.05e 02a/m2, molar_concentration 7.10e 01mol/m3, percentage 7.56e 01%, time 1.20e 03s, voltage 2.65e 01v doi: 10.3390/w13020128 funding details: number: 21hatit016, acronym: -, sponsor: science and technology innovation talents in universities of henan province; number: 51802082, acronym: nsfc, sponsor: national natural science foundation of china; funding text: funding: this research was supported by the national natural science foundation of china (no.51802082), and by the program for science & technology innovation talents in universities of henan province (21hatit016). compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 78. the relative convergence speed for engel expansions and hausdorff dimension accession number: 20212010354165 authors: zhang, zhenliang (1); tan, xiaoyan (2) author affiliation: (1) school of mathematical sciences, chongqing normal university, chongqing; 401331, china; (2) school of mathematical sciences, henan institute of science and technology, xinxiang; 453003, china corresponding authors: zhang, zhenliang(zhliang_zhang@163.com); tan, xiaoyan(miniyan_tan@163.com) source title: fractals abbreviated source title: fractals volume: 29 issue: 4 issue date: june 2021 publication year: 2021 article number: 2150106 language: english issn: 0218348x document type: journal article (ja) publisher: world scientific abstract: in this paper, we investigate how many real numbers can be well approximated by their convergents in the engel expansions. furthermore, the relative growth rate of convergence speed of convergents in the engel expansion of an irrational number is studied to the rate of growth of its digits. the hausdorff dimension of exceptional sets of points with a given relative growth rate is established. � 2021 world scientific publishing company. number of references: 13 main heading: expansion controlled terms: fractals uncontrolled terms: convergence speed� - �hausdorff dimension� - �irrational numbers� - �real number� - �relative growth rate classification code: 921 mathematics� - �951 materials science doi: 10.1142/s0218348x21501061 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 79. the non-canonical functions of telomerase reverse transcriptase gene gltert on regulating fungal growth, oxidative stress, and ganoderic acid biosynthesis in ganoderma lucidum accession number: 20213710897216 authors: zhang, guang (1, 2); zhang, chaohui (1, 2); leng, doudou (1); yan, peng (1); wang, zhenhe (1); zhang, mingxia (1); wu, zhongwei (1, 2) author affiliation: (1) college of life science and technology, henan institute of science and technology, xinxiang, xinxiang; 453003, china; (2) collaborative innovation center of modern biological breeding of henan province, xinxiang, xinxiang; 453003, china corresponding author: zhang, guang(zhangguang@hist.edu.cn) source title: applied microbiology and biotechnology abbreviated source title: appl. microbiol. biotechnol. volume: 105 issue: 19 issue date: october 2021 publication year: 2021 pages: 7353-7365 language: english issn: 01757598 e-issn: 14320614 coden: ambidg document type: journal article (ja) publisher: springer science and business media deutschland gmbh abstract: abstract: the telomerase reverse transcriptase (tert) is the core catalytic subunit of telomerase. its canonical function is synthesizing telomeric repeats to maintain telomere length and chromosomal stability. accumulating evidence suggests that tert has other important fundamental functions in addition to its catalytic telomere repeat synthesis activity. however, the non-canonical roles of tert independent of its enzymatic activity are not clear in filamentous fungi. in the present study, we characterized the gltert gene in ganoderma lucidum. the non-canonical roles of gltert were explored using gltert-silenced strains (terti8 and terti25) obtained by rna interference. silencing gltert delayed the fungal growth, decreased the length between hyphal branches, and induced fungal resistance to oxidative stress in g. ludicum. further examination revealed that the intracellular ros (reactive oxygen species) levels were increased while the enzyme activities of the antioxidant systems (superoxide dismutase, catalase, glutathione peroxidase, and ascorbate peroxidase) were decreased in gltert-silenced strains. in addition, silencing gltert decreased the ganoderic acid (ga) biosynthesis of g. lucidum. taken together, our results indicate that gltert plays a fundamental function on fungal growth, oxidative stress, and ga biosynthesis in g. lucidum, providing new insights for the canonical functions of tert in filamentous fungi. key points: � gltert affected fungal growth and hyphal branching of g. lucidum. � silencing gltert increased the intracellular ros levels of g. lucidum. � gltert regulated ga biosynthesis ofg. lucidum. � 2021, the author(s), under exclusive licence to springer-verlag gmbh germany, part of springer nature. number of references: 57 main heading: fungi controlled terms: biosynthesis� - �catalyst activity� - �enzymes� - �genes� - �oxidative stress uncontrolled terms: antioxidant systems� - �ascorbate peroxidase� - �catalytic subunits� - �enzymatic activities� - �fungal resistances� - �glutathione peroxidase� - �super oxide dismutase� - �telomerase reverse transcriptase classification code: 461 bioengineering and biology� - �803 chemical agents and basic industrial chemicals� - �804 chemical products generally doi: 10.1007/s00253-021-11564-9 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 80. large relics scenario-based visualization using head-mounted displays����(open access) accession number: 20214311049118 authors: xu, hui (1, 2); zhang, jiawan (1) author affiliation: (1) school of computer software, college of intelligence and computing, tianjin university, tianjin; 300072, china; (2) henan institute of science and technology, xinxian henan; 453000, china corresponding author: xu, hui(huixu@tju.edu.cn) source title: computational intelligence and neuroscience abbreviated source title: comput. intell. neurosci. volume: 2021 issue date: 2021 publication year: 2021 article number: 2813819 language: english issn: 16875265 e-issn: 16875273 document type: journal article (ja) publisher: hindawi limited abstract: most visitors come to visit museums; in reality, few immersive solutions support the senses experience. virtual reality (vr) technology attaches the virtual information from the real environment. applying the vr technology in the 3d relic information display and visualization in the museum field is a hot research issue. however, most current solutions of relics are one-sided, only focusing on the virtual exhibition, lack of associations with actual function, and senses experience, especially the large artistic cultural relics. the scenario-based virtual exhibition solution is an available approach to allow visitors to imitate ancient artist and provide relatively experience in the form of content and sense organ of ancient art. it converts large relics into �digital large relics�and enables experiencing performance of ancient civilization in person. the solution presents relics to the visitors in a more direct and vivid manner and with innovative forms, strong interaction, and intelligence, thereby improving the interests and satisfaction among visitors in this type of relic exhibition. besides, it also provides visitors with a convenient way to experience and learn ritual and culture. evaluation and conclusion can be drawn that most participants appreciated this solution in clear interface and completion aspects. � 2021 hui xu and jiawan zhang. number of references: 31 main heading: helmet mounted displays controlled terms: exhibitions� - �museums� - �three dimensional computer graphics� - �virtual reality� - �visualization uncontrolled terms: head-mounted-displays� - �immersive� - �information display� - �information visualization� - �real environments� - �research issues� - �scenario-based� - �virtual exhibitions� - �virtual information� - �virtual reality technology classification code: 402.2 public buildings� - �723 computer software, data handling and applications� - �723.2 data processing and image processing� - �723.5 computer applications doi: 10.1155/2021/2813819 funding details: number: 093404,2019yfc1521200, acronym: nkrdpc, sponsor: national key research and development program of china; funding text: this work was sponsored in part by the national key research and development program of china (no. 2019yfc1521200) and special funds from the central finance to support the development of local universities (no. 093404) compendex references: yes open access type(s): all open access, gold, green database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 81. local stabilization for discrete-time systems with distributed state delay and fast-varying input delay under actuator saturations����(open access) accession number: 20211010045688 authors: chen, yonggang (1); wang, zidong (2) author affiliation: (1) school of mathematical sciences, henan institute of science and technology, xinxiang; 453003, china; (2) college of electrical engineering and automation, shandong university of science and technology, qingdao; 266590, china corresponding author: wang, zidong(zidong.wang@brunel.ac.uk) source title: ieee transactions on automatic control abbreviated source title: ieee trans autom control volume: 66 issue: 3 issue date: march 2021 publication year: 2021 pages: 1337-1344 article number: 9080061 language: english issn: 00189286 e-issn: 15582523 coden: ietaa9 document type: journal article (ja) publisher: institute of electrical and electronics engineers inc. abstract: this article is concerned with the local stabilization problem for discrete-time systems with both distributed state delay and fast-varying input delay under actuator saturations. by introducing some terms concerning the distributedly delayed state and the current state, a novel polytopic model is first proposed to characterize the delayed saturation nonlinearity. then, by incorporating a piecewise lyapunov functional and some summation inequalities, a sufficient condition is established by means of linear matrix inequalities under which the closed-loop system is locally exponentially stable. moreover, the conditions for two special cases with single state delay and single input delay are proposed. subsequently, certain optimization problems are formulated with aim to maximize the estimate of the region of attraction. finally, two examples show the effectiveness and values of the obtained results. � 1963-2012 ieee. number of references: 32 main heading: discrete time control systems controlled terms: actuators� - �closed loop systems� - �digital control systems� - �linear matrix inequalities� - �lyapunov functions� - �stabilization uncontrolled terms: actuator saturations� - �discrete - time systems� - �exponentially stable� - �local stabilizations� - �optimization problems� - �piecewise lyapunov functional� - �region of attraction� - �saturation nonlinearity classification code: 731.1 control systems� - �732.1 control equipment� - �921 mathematics� - �921.1 algebra� - �961 systems science doi: 10.1109/tac.2020.2991013 funding details: number: 19hastit028, acronym: -, sponsor: -; number: -, acronym: -, sponsor: royal society; number: 61773156,61873148,61933007, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was supported in part by the national natural science foundation of china under grant 61773156, grant 61873148, and grant 61933007, in part by the program for science and technology innovation talents in the universities of henan province of china under grant 19hastit028, in part by the research fund for the taishan scholar project of shandong province of china, the royal society of the u.k. compendex references: yes open access type(s): all open access, green database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 82. preparation and characterization of �-carotene nanoemulsions stabilized by complexes of tartary buckwheat bran protein and rutin accession number: 20213910942310 authors: ru, qianwen (1, 2); geng, sheng (2); chen, chungang (1); liang, guizhao (2); liu, benguo (1) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang, china; (2) key laboratory of biorheological science and technology, ministry of education, bioengineering college, chongqing university, chongqing, china corresponding authors: liu, benguo(zzgclbg@126.com); liang, guizhao(gzliang@cqu.edu.cn) source title: journal of food processing and preservation abbreviated source title: j. food process. preserv. volume: 45 issue: 11 issue date: november 2021 publication year: 2021 article number: e15961 language: english issn: 01458892 e-issn: 17454549 document type: journal article (ja) publisher: john wiley and sons inc abstract: tartary buckwheat bran (tbb), which is rich in proteins, is the main waste of tartary buckwheat processing. to improve the value of tbb, the noncovalent and covalent tartary buckwheat bran protein (tbbp)/rutin complexes were prepared, and their capacities to fabricate �-carotene nanoemulsions were compared. the results indicated that the covalent complex exhibited the highest emulsifying performance, and the corresponding nanoemulsion had the lowest droplet size and polymer dispersity index (pdi) and the highest absolute value of �-potential, which could remain stable for four weeks. the high temperature short time treatment and freeze thaw processing had little influence on this nanoemulsion. however, it was very sensitive to high salt concentrations. compared with the nanoemulsion prepared by the noncovalent complex, it had higher protein and rutin concentrations at the oil-water interface, which explained the improved stability of �-carotene against high temperature and uv irradiation. practical applications: in this study, the fabrication and characterization of �-carotene nanoemulsion stabilized by the complexes of tartary buckwheat bran protein and rutin are introduced. it can provide a reference for the utilization of other low-value cereal proteins and prompt the development of nutraceutical delivery systems based on food-derived protein-polyphenol complexes. � 2021 wiley periodicals llc. number of references: 37 main heading: proteins controlled terms: alcohols� - �crops� - �emulsification� - �irradiation� - �oils and fats� - �phase interfaces� - �plants (botany) uncontrolled terms: absolute values� - �covalent complex� - �dispersity index� - �droplets sizes� - �highest temperature� - �nanoemulsion� - �noncovalent� - �performance� - �short-time treatments� - �tartary buckwheat classification code: 801.4 physical chemistry� - �802.3 chemical operations� - �804.1 organic compounds� - �821.4 agricultural products doi: 10.1111/jfpp.15961 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 83. fast autaptic feedback induced-paradoxical changes of mixed-mode bursting and bifurcation mechanism accession number: 20213710891978 title of translation: authors: jiang, yi-lan (1); lu, bo (1); zhang, wan-qin (1); gu, hua-guang (2) author affiliation: (1) school of mathematical science, henan institute of science and technology, xinxiang; 453003, china; (2) school of aerospace engineering and applied mechanics, tongji university, shanghai; 200092, china corresponding author: lu, bo(cheersnow@163.com) source title: wuli xuebao/acta physica sinica abbreviated source title: wuli xuebao volume: 70 issue: 17 issue date: september 5, 2021 publication year: 2021 article number: 170501 language: chinese issn: 10003290 coden: wlhpar document type: journal article (ja) publisher: institute of physics, chinese academy of sciences abstract: bursting is a complex multiple-time-scale nonlinear phenomenon in a nervous system and exhibits diverse patterns, which is modulated by the excitatory or inhibitory effect to achieve the physiological functions. according to the bifurcations of the fast subsystem, bursting is classified as different patterns including the mixed-mode bursting. recently, many studies have found the paradoxical phenomena contrary to the common concept that the inhibitory effect induces the electrical activity to decrease or the excitatory effect induces the discharge activity to increase, which enriches the connotation of the nonlinear dynamics. to identify more examples of paradoxical phenomena of different bursting patterns and the underlying nonlinear mechanism, in the present study the paradoxical phenomena for the complex mixed-mode oscillations of the bursting pattern induced by the self-feedback mediated by both the inhibitory autapse and excitatory autapse and the bifurcation mechanism are acquired in the modified morris-lecar model. by using the fast/slow variable dissection method, the complex dynamics of the bursting is acquired, which is that the depolarization block behavior appears after the burst and before the quiescent state. the burst begins from a saddle-node bifurcation in an invariant cycle (snic) and terminates at a fold limit cycle (flc) bifurcation. furthermore, the flc bifurcation is identified to play a key role in generating the paradoxical phenomenon. the inhibitory autapse induces the flc bifurcation to shift leftward. however, the snic point remains unchanged. the change of flc bifurcation point leads the parameter range of the burst to widen, the number of spikes per burst to become larger, and the average firing frequency to turn higher. unlike the inhibitory autapse, the excitatory autapse induces the flc bifurcation to shift rightward, and snic to be unchanged, thus reducing the bursting activity. such results are different from those of the paradoxical phenomenon induced by the inhibitory autapse instead of excitatory autapse for the other bursting pattern and by the slow auatpse, which present a novel example and regulation mechanism of the paradoxical phenomena of the bursting patterns and show the diversity of the paradoxical phenomena, thus helping understand the potential functions of the bursting and self-feedback modulations of the brain neurons. � 2021 chinese physical society. number of references: 56 main heading: bifurcation (mathematics) controlled terms: oscillators (mechanical) uncontrolled terms: bifurcation mechanisms� - �electrical activities� - �mixed mode oscillations� - �non-linear phenomena� - �nonlinear mechanisms� - �physiological functions� - �regulation mechanisms� - �saddle node bifurcation classification code: 601.1 mechanical devices doi: 10.7498/aps.70.20210208 funding details: number: 11872276, acronym: nsfc, sponsor: national natural science foundation of china; number: 12072236, acronym: nsfc, sponsor: national natural science foundation of china; funding text: project supported by the national natural science foundation of china (grant nos. 12072236, 11872276), the postdoctoral research project of henan province, china (grant no. 19030095), and the key r&d and promotion special project of henan province(science and technology targeting), china (grant no. 212102210543). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 84. high-efficiency formation mechanism of mangiferin/�-cyclodextrin complex accession number: 20214411106938 authors: li, yunbo (1); liu, benguo (1); yu, mengmeng (2); geng, sheng (1, 2) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china; (2) key laboratory of biorheological science and technology, ministry of education, bioengineering college, chongqing university, chongqing; 400044, china corresponding author: geng, sheng(gengshenggs@126.com) source title: food science and technology research abbreviated source title: food sci. technol. res. volume: 27 issue: 5 issue date: 2021 publication year: 2021 pages: 735-745 language: english issn: 13446606 document type: journal article (ja) publisher: japanese society for food science and technology abstract: cyclodextrins (cds) are widely applied to improve the aqueous solubility and stability of nutraceuticals with the advantages of high safety and low cost. in this study, the binding capacities of cds (�-cd, �-cd, maltosyl-�-cd, hydroxypropyl-�-cd and �-cd) with mangiferin were compared by the phase solubility method and isothermal titration calorimetry. �-cd could completely encapsulate mangiferin at the molar ratio of 1:1, which coincided with the molecular docking and oniom calculation results that �-cd had the lowest interaction energy with mangiferin. the independent gradient model (igm) visualized the intermolecular non-covalent binding and electrostatic potential around mangiferin during interaction. by complexing with �-cd, mangiferin was molecularly dispersed in the matrix of �-cd with its aromatic ring in the hydrophobic cavity. compared with pure mangiferin, the mangiferin/�-cd complex exhibited the stronger chemical antioxidant activities. the obtained result can promote the application of mangiferin and �-cd in foods. � 2021 japanese society for food science and technology. all rights reserved. number of references: 31 main heading: cyclodextrins controlled terms: binding energy� - �hydrophobicity� - �molar ratio� - �molecular modeling� - �solubility uncontrolled terms: aqueous solubility� - �aqueous stability� - �cyclodextrin complexes� - �formation mechanism� - �gradient modelling� - �higher efficiency� - �independent gradient model� - �mangiferin� - �molecular docking� - �oniom calculation classification code: 801.4 physical chemistry� - �804.1 organic compounds� - �931.2 physical properties of gases, liquids and solids� - �931.3 atomic and molecular physics doi: 10.3136/fstr.27.735 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 85. effects of heat processing methods on nutritional properties and antioxidant activity of lentinus edodes accession number: 20213810930542 title of translation: authors: zhou, haoyu (1); yu, mingjun (1); nie, yuanyang (1); zhang, penghui (1); yang, wei (1); li, bo (1, 2) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china; (2) henan engineering research center of fruit and vegetable processing and quality safety control, xinxiang; 453003, china corresponding author: li, bo(libohnxx@163.com) source title: shipin kexue/food science abbreviated source title: shipin kexue/food sc. volume: 42 issue: 15 issue date: august 15, 2021 publication year: 2021 pages: 106-114 language: chinese issn: 10026630 document type: journal article (ja) publisher: chinese chamber of commerce abstract: in order to explore a scientific and reasonable heat treatment method for cooking and processing lentinus edodes, five processing methods including boiling, microwave, steaming, high temperature and high pressure (hthp), and deep-fat frying were applied on l.edodes, and the effects of these heat processing methods on the nutritional composition, nutrient bioavailability, and antioxidant activity of l.edodes were studied. the results showed that the contents of polysaccharide, dietary fiber, protein and total phenol, 1,1-diphenyl-2-picrylhydrazyl (dpph) radical scavenging capacity, and reducing power in l.edodes were significantly reduced by boiling, deep-fat frying and microwave treatment (p 0.05).the antioxidant activity of thermally processed l.edodes was significantly positively correlated with the contents of polysaccharides, total dietary fiber and total phenols (p � 2021, china food publishing company. all right reserved. number of references: 49 main heading: thermal processing (foods) controlled terms: antioxidants� - �biochemistry� - �heat treatment� - �high pressure effects� - �nutrients� - �nutrition� - �phenols� - �polysaccharides� - �processing� - �proteins uncontrolled terms: 1 ,1diphenyl-2-picrylhydrazyl (dpph) radicals� - �anti-oxidant activities� - �high temperature and high pressures (hthp)� - �microwave treatment� - �negative correlation� - �nutrient composition� - �nutritional compositions� - �nutritional properties classification code: 461.7 health care� - �537.1 heat treatment processes� - �801.2 biochemistry� - �804.1 organic compounds� - �822.2 food processing operations� - �913.4 manufacturing numerical data indexing: percentage 2.40e 01%, percentage 3.02e 01% doi: 10.7506/spkx1002-6630-20200724-335 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 86. paradoxical enhancement of neuronal bursting response to negative feedback of autapse and the nonlinear mechanism accession number: 20211010026012 authors: lu, bo (1); gu, huaguang (2); wang, xianjun (1); hua, hongtao (1) author affiliation: (1) school of mathematics and science, henan institute of science and technology, xinxiang; 453003, china; (2) school of aerospace engineering and applied mechanics, tongji university, shanghai; 200092, china corresponding author: gu, huaguang(guhuaguang@tongji.edu.cn) source title: chaos, solitons and fractals abbreviated source title: chaos solitons fractals volume: 145 issue date: april 2021 publication year: 2021 article number: 110817 language: english issn: 09600779 coden: csfoeh document type: journal article (ja) publisher: elsevier ltd abstract: paradoxical phenomena such as synchronization and post inhibitory rebound spike induced by the inhibitory effects are important for both nonlinear science and neuroscience. in the present paper, a novel paradoxical example for the bursting activity modulated by the negative self-feedback of the inhibitory autapse and the dynamical mechanism are acquired in a theoretical model. as the inhibitory autaptic conductance increases, the burst duration becomes wide or the spike number per burst becomes large, which is different from the common viewpoint that the burst duration should become narrow or the spike number should become small. meanwhile, the bursting patterns exhibit the transition from �fold/homoclinic� type, to �fold cycle/homoclinic� type, and to �point-point� type, which shows that the paradoxical phenomenon is not a special case for a specific bursting but a universal phenomenon for multiple bursting patterns. furthermore, the paradoxical enhancement of bursting activity is well explained with the nonlinear dynamics such as the bifurcations of the fast subsystem, the amplitude of the stable limit cycle, and the eigenvalues of the stable focus. the results enrich the contents of nonlinear science and present a potential strategy to enhance the bursting activity of neuron with inhibitory autapse. � 2021 elsevier ltd number of references: 63 main heading: eigenvalues and eigenfunctions controlled terms: mathematical techniques uncontrolled terms: burst duration� - �bursting activity� - �dynamical mechanisms� - �inhibitory effect� - �nonlinear mechanisms� - �nonlinear science� - �stable limit cycle� - �theoretical modeling doi: 10.1016/j.chaos.2021.110817 funding details: number: 19030095, acronym: -, sponsor: -; number: 11572225,11872276, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was supported by the national natural science foundation of china (grant nos. 11872276 and 11572225 ) and research project of henan province postdoctoral (no. 19030095 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 87. effect of ice-temperature storage on some properties of salt-soluble proteins and gel from chicken breast muscles����(open access) accession number: 20212210445419 title of translation: efecto del almacenamiento a temperatura de hielo en algunas propiedades de las prote�nas solubles en sal y del gel de los m�sculos de la pechuga de pollo authors: ji, hongfang (1, 2); hou, xianzhe (1); zhang, lingwen (1); wang, xuefei (2); li, shasha (1); ma, hanjun (1); chen, fusheng (2) author affiliation: (1) post-doctoral research base school of food science, henan institute of science and technology, xinxiang, china; (2) food science and engineering post-doctoral research station, henan university of technology, zhengzhou, china corresponding author: zhang, lingwen(zhanglingwen@hist.edu.cn) source title: cyta - journal of food abbreviated source title: cyta j. food volume: 19 issue: 1 issue date: 2021 publication year: 2021 pages: 521-531 language: english issn: 19476337 e-issn: 19476345 document type: journal article (ja) publisher: taylor and francis ltd. abstract: the changes in physicochemical properties of salt-soluble proteins and gel prepared with chicken breast muscles during "1.5oc (ice-temperature) and 4oc (refrigerated temperature) storage were investigated. compared with the samples of 4oc stored group, the decrease in solubility, the content of total sulfhydryl and available sulfhydryl groups of ssp from chicken breast muscles at "1.5oc storage was effectively delayed, and the increase of both surface hydrophobicity and content of disulfide bond was obviously inhibited. the gel prepared with "1.5oc stored samples had much higher holding capacity of water, lower cooking loss, better springiness, and more uniform three-dimensional network structures with smaller-sized pores than those from 4�c stored-samples. additionally, great changes in the proportions of non-flowing water and free water ratio were observed during 4oc storage. in short, the ice-temperature storage used for chicken meat preservation was better than refrigerated storage. � 2021 the author(s). published with license by taylor & francis group, llc. number of references: 54 main heading: food storage controlled terms: animals� - �covalent bonds� - �ice� - �muscle� - �physicochemical properties� - �proteins� - �sulfur compounds uncontrolled terms: chicken breast muscles� - �disulfide bonds� - �holding capacity� - �refrigerated storages� - �salt-soluble proteins� - �sulfhydryl groups� - �surface hydrophobicity� - �three dimensional network structure classification code: 461.2 biological materials and tissue engineering� - �694.4 storage� - �801.4 physical chemistry� - �804.1 organic compounds numerical data indexing: temperature 2.77e 02k doi: 10.1080/19476337.2021.1925351 funding details: number: 192102110218, acronym: -, sponsor: -; number: 161100110600, acronym: -, sponsor: -; number: 2017ggjs124, acronym: -, sponsor: -; number: 001702020, acronym: -, sponsor: henan postdoctoral science foundation; funding text: this work was financially supported by henan postdoctoral science foundation funded project (001702020), young backbone teachers project of colleges and universities of henan province (2017ggjs124), the important project of science and technology of henan province (161100110600), the science and technology research project of henan provincial department (192102110218. compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 88. multi-scale stabilization mechanism of pickering emulsion gels based on dihydromyricetin/high-amylose corn starch composite particles accession number: 20211410159966 authors: geng, sheng (1); liu, xiaoling (2); ma, hanjun (2); liu, benguo (2); liang, guizhao (1) author affiliation: (1) key laboratory of biorheological science and technology, ministry of education, bioengineering college, chongqing university, chongqing; 400044, china; (2) school of food science, henan institute of science and technology, xinxiang; 453003, china corresponding author: liu, benguo(zzgclbg@126.com) source title: food chemistry abbreviated source title: food chem. volume: 355 issue date: september 1, 2021 publication year: 2021 article number: 129660 language: english issn: 03088146 e-issn: 18737072 coden: fochdj document type: journal article (ja) publisher: elsevier ltd abstract: for pickering emulsifying effect, starch must be subjected to the pretreatments of acid hydrolysis, esterification, which are complicated and eco-unfriendly. in this study, a practical and green strategy to fabricate pickering emulsion gels with dihydromyricetin (dmy)/high-amylose corn starch (hcs) composite particles was introduced for the first time. the dmy content in composite particles and the amount of addition of composite particles had obvious synergistic effect on the formation and properties of emulsion gels. the obtained emulsion gels were not sensitive to ionic strength, which could be attributed to emulsifying capacity and viscosity effect of composite particles. the spectral analysis confirmed the presence of dmy/amylose host-guest supramolecules. the molecular simulation of the supramolecular complexes in the oil-water system indicated that these complexes could spontaneously aggregate and anchor to the oil-water interface, reducing the interfacial tension. based on experimental and theoretical results, the multi-scale relationship of �molecular interaction�particle characteristics�gel properties� was established. � 2021 elsevier ltd number of references: 40 main heading: emulsification controlled terms: composite materials� - �ionic strength� - �molecular structure� - �spectrum analysis� - �starch uncontrolled terms: complex� - �composite particles� - �dihydromyricetin� - �emulsion gel� - �high amylose� - �high-amylose corn starch� - �molecular simulations� - �multi-scales� - �pickering emulsion gel� - �pickering emulsions classification code: 801.4 physical chemistry� - �802.3 chemical operations� - �804.1 organic compounds� - �815.1.1 organic polymers� - �931.3 atomic and molecular physics� - �951 materials science doi: 10.1016/j.foodchem.2021.129660 funding details: number: 31771941,31771975,32072180, acronym: nsfc, sponsor: national natural science foundation of china; number: 212300410005, acronym: -, sponsor: natural science foundation of henan province; number: 20zx016, acronym: -, sponsor: key scientific research project of colleges and universities in henan province; funding text: this work was supported by the national natural science foundation of china (no. 32072180 , 31771941 and 31771975 ), natural science foundation of henan province of china (no. 212300410005) and the key scientific research project of colleges and universities in henan province, china (20zx016). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 89. nanostructured zeolitic imidazolate framework-67 reinforced poly(ethylene oxide) composite electrolytes for all solid state lithium ion batteries accession number: 20214211019869 authors: zhao, erqing (1); guo, yudi (2); liu, yaru (1); liu, shanqin (1); xu, guangri (1) author affiliation: (1) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453003, china; (2) school of chemistry and materials engineering, xinxiang university, xinxiang; 453003, china corresponding author: guo, yudi(yudiguo79@xxu.edu.cn) source title: applied surface science abbreviated source title: appl surf sci volume: 573 issue date: january 30, 2022 publication year: 2022 article number: 151489 language: english issn: 01694332 coden: asusee document type: journal article (ja) publisher: elsevier b.v. abstract: composite polymer electrolyte is a promising solid electrolyte for all solid state lithium ion batteries (asslibs) due to its reliable safety, high ionic conductivity and excellent flexibility. here, the uniform rhomboid dodecahedron structured zeolitic imidazolate framework-67 (zif-67) with high specific surface area and abundant nano-pores have been prepared by adjusting the synthetic solvent, which are subsequently incorporated into poly(ethylene oxide) (peo) matrixes to form solid composite electrolyte (sce). zif-67 mofs can reduce the crystallinity of peo matrixes, coordinate with c-o-c bonds of peo and improve the mechanical properties of solid electrolyte. additionally, abundant pore structure of zif-67 can endow its ability to absorb anions. the optimized sce shows high ionic conductivities of 1.51 � 10"5 s/cm at 25 �c, wide electrochemical stable window of around 5.2 v and good interfacial compatibility with lithium. furthermore, lifepo4/li asslib exhibits high electrochemical performances. at current rates of 0.2 c, 0.5 c, 1 c and 2 c, the battery has specific discharging capacities of 155.13, 153.77, 148.83 and 139.90 mah�g"1, respectively, and it demonstrates high capacity retention of 90.17% after 100 cycles at 0.5 c. therefore, it is concluded that zif-67/peo sce is a good solid electrolyte candidate for asslib. � 2021 elsevier b.v. number of references: 61 main heading: polyethylene oxides controlled terms: crystallinity� - �ethylene� - �ionic conduction in solids� - �ionic conductivity� - �ions� - �lithium compounds� - �lithium-ion batteries� - �polyelectrolytes� - �pore structure� - �solid electrolytes � - �solid-state batteries uncontrolled terms: all-solid-state lithium ion batteries� - �composite electrolytes� - �composite polymer electrolytes� - �high specific surface area� - �matrix� - �nano-pores� - �nano-structured� - �solid composite electrolytes� - �zeolitic imidazolate framework-67� - �zeolitic imidazolate frameworks classification code: 701.1 electricity: basic concepts and phenomena� - �702.1.2 secondary batteries� - �803 chemical agents and basic industrial chemicals� - �804.1 organic compounds� - �815.1.1 organic polymers� - �817.1 polymer products� - �931.2 physical properties of gases, liquids and solids� - �933.1 crystalline solids numerical data indexing: electrical conductivity 1.51e-03s/m, percentage 9.017e 01%, temperature 2.98e 02k, voltage 5.20e 00v doi: 10.1016/j.apsusc.2021.151489 funding details: number: 2016034, acronym: hist, sponsor: henan institute of science and technology; number: 41606096, acronym: nsfc, sponsor: national natural science foundation of china; number: 51502318, acronym: nsfc, sponsor: national natural science foundation of china; funding text: the authors are very grateful for the financial supports from national natural science foundation of china (grant nos: 51502318 and 41606096), henan institute of science and technology (2016034) and key scientific and technological project of henan province (grant no. 212102210234). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 90. ultrasonic-assisted preparation of halloysite nanotubes/zirconia/carbon black nanocomposite for the highly sensitive determination of methyl parathion accession number: 20210909988484 authors: zhao, hongyuan (1, 2, 4); li, bo (1); liu, runqiang (1, 3); chang, yuqi (1); wang, hongliang (1, 3); zhou, lin (2); komarneni, sridhar (4) author affiliation: (1) henan institute of science and technology, xinxiang; 453003, china; (2) college of plant protection, henan agricultural university, zhengzhou; 450002, china; (3) henan engineering research center of biological pesticide & fertilizer development and synergistic application, henan institute of science and technology, xinxiang; 453003, china; (4) department of ecosystem science and management and materials research institute, materials research laboratory, the pennsylvania state university, university park, pa; 16802, united states corresponding authors: liu, runqiang(liurunqiang1983@126.com); zhou, lin(zhoulinhenau@163.com) source title: materials science and engineering c abbreviated source title: mater. sci. eng. c volume: 123 issue date: april 2021 publication year: 2021 article number: 111982 language: english issn: 09284931 e-issn: 18730191 document type: journal article (ja) publisher: elsevier ltd abstract: herein, a cost-effective and scalable ultrasound assisted approach was proposed to prepare the nanocomposite of halloysite nanotubes/zirconia/carbon black (hal/zro2/cb), which was used to fabricate a novel electrochemical sensor for the highly sensitive determination of methyl parathion (mp). in the hal/zro2/cb nanocomposite, hal with large specific surface area and numerous active sites could enhance the adsorption capacity and accelerate the redox reaction of mp; zro2 nanoparticles with high affinity toward the phosphate group could contribute to good recognition performance for mp; cb nanoparticles with good dispersibility formed an interconnected pearl-chain-like conductive network. benefitting from the synergistic effect of the three components, the hal/zro2/cb/gce (glassy carbon electrode) sensor showed a remarkably low detection limit of 5.23 nm in a good linear mp detection range of 0.01�10 �m. the hal/zro2/cb/gce sensor possessed a pretty decent practicality with satisfactory rsd and recovery results for the determination of mp in peach, pear, and apple juices. therefore, the hal/zro2/cb/gce sensor has important implication on the quite sensitive detection of mp. � 2021 number of references: 62 main heading: nanocomposites controlled terms: cost effectiveness� - �electrochemical sensors� - �fruit juices� - �fruits� - �glass membrane electrodes� - �kaolinite� - �nanoparticles� - �nanotubes� - �redox reactions� - �ultrasonic applications � - �zirconia uncontrolled terms: adsorption capacities� - �conductive networks� - �glassy carbon electrodes� - �halloysite nanotubes� - �large specific surface areas� - �low detection limit� - �sensitive detection� - �zro2 nanoparticles classification code: 482.2 minerals� - �704.1 electric components� - �753.3 ultrasonic applications� - �761 nanotechnology� - �801 chemistry� - �802.2 chemical reactions� - �804.2 inorganic compounds� - �821.4 agricultural products� - �822.3 food products� - �911.2 industrial economics� - �933 solid state physics doi: 10.1016/j.msec.2021.111982 funding details: number: 1070202190011005, acronym: -, sponsor: -; number: 203010617011, acronym: hist, sponsor: henan institute of science and technology; number: 2017yfd0301104, acronym: nkrdpc, sponsor: national key research and development program of china; funding text: this research was funded by the national key research & development program of china (no. 2017yfd0301104 ), project of plant protection key discipline of henan province ( 1070202190011005 ) and high-level talents introduction project of henan institute of science and technology (no. 203010617011 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 91. fabrication and characterization of novel edible pickering emulsion gels stabilized by dihydromyricetin accession number: 20204609482498 authors: geng, sheng (1, 2); jiang, zhaojing (1); ma, hanjun (1); pu, pei (2); liu, benguo (1); liang, guizhao (2) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china; (2) key laboratory of biorheological science and technology, ministry of education, bioengineering college, chongqing university, chongqing; 400044, china corresponding author: liu, benguo(liubenguo@hist.edu.cn) source title: food chemistry abbreviated source title: food chem. volume: 343 issue date: may 1, 2021 publication year: 2021 article number: 128486 language: english issn: 03088146 e-issn: 18737072 coden: fochdj document type: journal article (ja) publisher: elsevier ltd abstract: the edible pickering emulsion gels stabilized by dihydromyricetin were fabricated for the first time. to clarify the formation mechanism, dihydromyricetin particles were first characterized. then, the factors influencing the gel formation, microstructure and mechanical properties were investigated. finally, the molecular dynamics simulation was performed to clarify the microscopic behavior of dihydromyricetin in an oil-water system. the results indicated that dihydromyricetin particles occurred as regular rod-shaped crystals with amphiphilicity. they formed a 3d steric network by overlapping with each other, separating oil droplets and stabilizing o/w emulsion gels. the dihydromyricetin concentration and oil-phase weight fraction had a significant influence on the formation and mechanical properties of gels. the alkali and low ionic strength conditions benefited the gel stability. the molecular dynamics showed that dihydromyricetin could spontaneously and quickly transfer to the oil-water interface, reduce the interfacial tension and enhance the interface thickness, which agreed with the experimental results. � 2020 elsevier ltd number of references: 39 main heading: gels controlled terms: emulsification� - �fabrication� - �ionic strength� - �mechanical properties� - �molecular dynamics uncontrolled terms: fabrication and characterizations� - �formation mechanism� - �interface thickness� - �microscopic behavior� - �microstructure and mechanical properties� - �molecular dynamics simulations� - �oil water interfaces� - �pickering emulsions classification code: 801.4 physical chemistry� - �802.3 chemical operations� - �804 chemical products generally� - �951 materials science doi: 10.1016/j.foodchem.2020.128486 funding details: number: 20zx016, acronym: -, sponsor: key scientific research project of colleges and universities in henan province; number: 31771941,31771975,32072180, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was supported by the national natural science foundation of china (no. 32072180 , 31771941 and 31771975 ) and key scientific research project of colleges and universities in henan province of china ( 20zx016 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 92. a facile route to prepare pbzr nanocomposite catalysts for the efficient synthesis of diphenyl carbonate accession number: 20211110087405 authors: wang, songlin (1, 2); jiang, nan (1); liang, lei (1); niu, hongying (1); chen, tong (2); wang, gongying (2) author affiliation: (1) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453003, china; (2) chengdu institute of organic chemistry, chinese academy of sciences, chengdu; 610041, china corresponding authors: niu, hongying(niu_hy@163.com); chen, tong(chentongw@sina.com.cn) source title: catalysis letters abbreviated source title: catal lett volume: 151 issue: 11 issue date: november 2021 publication year: 2021 pages: 3250-3260 language: english issn: 1011372x e-issn: 1572879x coden: caleer document type: journal article (ja) publisher: springer abstract: diphenyl carbonate is a versatile chemical intermediate and key building block for the synthesis of polycarbonates. a facile route to prepare pbzr nanocomposites were developed using different precipitants to investigate the effect on the catalytic activity of the solid acid catalysts. the structure�performance relationship of the nanocomposites, dispersion of active components and structure stability, and the catalytic performance were thoroughly analyzed. the results showed that there existed the interaction between zr and pb, which induced the homogenous dispersion of pb and high surface acid sites that could enhance the catalytic activities. among the catalysts, pbzr�nh4oh represented the best catalytic performance and superior stability, indicating that nh4oh was more favorable compared with sodium hydroxide, ammonium carbonate and urea. the research provides a valuable reference in a wide range application of nanocomposite preparation for the effective and clean production of various carbonates. graphic abstract: [figure not available: see fulltext.] � 2021, the author(s), under exclusive licence to springer science business media, llc part of springer nature. number of references: 50 main heading: catalyst activity controlled terms: ammonium hydroxide� - �binary alloys� - �carbonates� - �carbonation� - �dispersions� - �lead alloys� - �nanocatalysts� - �nanocomposites� - �sodium hydroxide� - �urea � - �zircaloy uncontrolled terms: catalytic performance� - �chemical intermediates� - �efficient synthesis� - �homogenous dispersions� - �nanocomposite catalyst� - �solid acid catalysts� - �structure stability� - �surface acid sites classification code: 546.1 lead and alloys� - �761 nanotechnology� - �802.2 chemical reactions� - �804 chemical products generally� - �933 solid state physics� - �951 materials science doi: 10.1007/s10562-021-03563-2 funding details: number: 2018m632782, acronym: -, sponsor: china postdoctoral science foundation; number: 001802030, acronym: -, sponsor: -; number: 21808048, acronym: nsfc, sponsor: national natural science foundation of china; number: 212102310317,182102210050, acronym: -, sponsor: henan provincial science and technology research project; funding text: this research was supported by national natural science foundation of china (no. 21808048), project funded by china postdoctoral science foundation (no. 2018m632782), project funded by postdoctoral research grant in henan province (no. 001802030) and key project of science and technology program of henan province (nos. 182102210050 and 212102310317). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 93. enhanced endogenous amino acids and energy metabolism level for camp biosynthesis by arthrobacter sp. cctcc 2013431 with citrate as cosubstrate����(open access) accession number: 20213310789825 authors: li, zhigang (1, 2); chen, baofeng (2); gu, yang (2); tan, hai (2); zhang, zhonghua (2); chang, jingling (1, 2) author affiliation: (1) collaborative innovation center of modern biological breeding of henan province, xinxiang; 453003, china; (2) school of life science and technology, henan institute of science and technology, 90 hualan road, xinxiang; henan province; 453003, china corresponding author: chang, jingling(changjl001@126.com) source title: biotechnology letters abbreviated source title: biotechnol. lett. volume: 43 issue: 10 issue date: october 2021 publication year: 2021 pages: 1989-1999 language: english issn: 01415492 e-issn: 15736776 coden: biled3 document type: journal article (ja) publisher: springer science and business media b.v. abstract: objectives: in our previous study, citrate was used as auxiliary energy substance for improving camp fermentation performance, however, the regulation mechanism of citrate on improved camp contents was not clear. to elucidate the regulation mechanism, camp fermentations with/without citrate addition were conducted in a 7 l fermentor using arthrobacter sp. cctcc 2013431 and assays on key enzymes activities, energy metabolism level, amino acids contents and peroxidation level were performed. results: with 3�g/l-broth sodium citrate added, camp concentration and conversion yield from glucose reached 4.34�g/l and 0.076�g/g which were improved by 30.7% and 29.8%, respectively, when compared with those of control. citrate changed carbon flux distribution among different routes and more carbon flux was directed into pentose phosphate pathway beneficial to camp synthesis. meanwhile, energy metabolism together with precursor amino acids levels were improved significantly owing to strengthened metabolic intensity of tricarboxylate cycle by exogenous citrate utilization which provided energy and substance basis for camp production. moreover, higher glutamate synthesis and oxidative stress caused by citrate addition consumed excessive nadph derived from pentose phosphate pathway by which feedback suppression for pentose phosphate pathway was relieved efficiently. conclusion: citrate promoted camp fermentation production by arthrobacter sp. cctcc�2013431 due to enhanced precursor amino acids, energy metabolism level and relieved feedback suppression for pentose phosphate pathway. � 2021, the author(s), under exclusive licence to springer nature b.v. number of references: 23 main heading: sodium compounds controlled terms: amino acids� - �biochemistry� - �carbon� - �feedback� - �fermentation� - �metabolism uncontrolled terms: auxiliary energy� - �conversion yield� - �energy metabolism� - �feedback suppression� - �fermentation performance� - �pentose phosphate pathway� - �regulation mechanisms� - �tricarboxylate cycles classification code: 731.1 control systems� - �801.2 biochemistry� - �804 chemical products generally� - �804.1 organic compounds numerical data indexing: percentage 2.98e 01%, percentage 3.07e 01%, volume 7.00e-03m3 doi: 10.1007/s10529-021-03170-6 funding details: number: 2015006, acronym: -, sponsor: -; number: 192102210193, acronym: -, sponsor: science and technology department of henan province; funding text: this work was financially supported by the science and technology breakthrough plan of henan province (192102210193) and the doctoral scientific research foundation of henan institute of science and technology (2015006). compendex references: yes open access type(s): all open access, green database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 94. fast cathodic reduction electrodeposition of a binder-free cobalt-doped ni-mof film for directly sensing of levofloxacin accession number: 20203509119949 authors: jin, yafeng (1, 2); xu, guangri (1); li, xiaobo (1); ma, jingjing (1); yang, li (1); li, yuanchao (1); zhang, huan (1); zhang, zhen (1); yao, donghao (1); li, donghao (2) author affiliation: (1) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453003, china; (2) department of chemistry, yanbian university, park road 977, yanji city; jilin province; 133002, china corresponding authors: xu, guangri(xugr70@163.com); li, donghao(dhli6510@126.com) source title: journal of alloys and compounds abbreviated source title: j alloys compd volume: 851 issue date: 15 january 2021 publication year: 2021 article number: 156823 language: english issn: 09258388 coden: jalceu document type: journal article (ja) publisher: elsevier ltd abstract: to circumvent the binder�s adverse effect on the performance of electrochemical sensor and improve the analysis efficiency, a binder-free cobalt-doped ni-mof (co/ni-mof) film, with honeycomb-like structure, is fast electrodeposited on glassy carbon electrode (gce) by cathodic reduction. no conductive agent added, the co/ni-mof/gce can be directly used as a sensor for levofloxacin (lev) determination. under the optimal condition, a wider linear range of 0.1 �m 500 �m lev is obtained with the limit of detection (lod, 3s/n) being 22 nm and the sensitivity of 2.85 �a �m"1 cm"2. further, when being used to analysis of lev in eye drop and spiked milk, satisfactory recoveries of 94.0% 108.2% are achieved. particularly, benefiting of the synergistic effect of co2 and ni2 , as well as and the binder-free film, the sensor exhibits an excellent sensitivity and a robust long-term stability. this work develops a facile and efficient strategy to synthesis of co and ni based mof film, and provides them a new way in electrochemistry application. � 2020 elsevier b.v. number of references: 55 main heading: electrochemical sensors controlled terms: cobalt� - �electrochemistry� - �electrodeposition� - �glass membrane electrodes� - �reduction uncontrolled terms: cathodic reductions� - �efficient strategy� - �glassy carbon electrodes� - �honeycomblike structures� - �limit of detection� - �long term stability� - �optimal conditions� - �synergistic effect classification code: 539.3.1 electroplating� - �549.3 nonferrous metals and alloys excluding alkali and alkaline earth metals� - �704.1 electric components� - �801.4.1 electrochemistry� - �802.2 chemical reactions numerical data indexing: electric_current 2.85e-06a doi: 10.1016/j.jallcom.2020.156823 funding details: number: 17a150010, acronym: -, sponsor: education department of henan province; number: 192102210016, acronym: -, sponsor: -; number: 21703057, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was supported by the key research projects for institutions of higher education from the department of education, henan province (no. 17a150010 ), programs for science and technology development of henan province of china (no. 192102210016 ) and the national natural science foundation of china (no. 21703057 ), we sincerely thank experimental management center of henan institute of science and technology for their help during the preparation of this paper. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 95. enhanced atp and antioxidant levels for camp biosynthesis by arthrobacter sp. cctcc 2013431 with polyphosphate addition accession number: 20214411092204 authors: li, zhigang (1, 2); tan, hai (2); lu, nanxun (2); zhang, zhonghua (2); chang, jingling (2) author affiliation: (1) collaborative innovation center of modem biological breeding of henan province, xinxiang; 453003, china; (2) school of life science and technology, henan institute of science and technology, 90 hualan road, xinxiang; henan province; 453003, china corresponding author: chang, jingling(changjl001@126.com) source title: biotechnology letters abbreviated source title: biotechnol. lett. volume: 43 issue: 12 issue date: december 2021 publication year: 2021 pages: 2223-2231 language: english issn: 01415492 e-issn: 15736776 coden: biled3 document type: journal article (ja) publisher: springer science and business media b.v. abstract: objectives: when citrate and pyruvate were utilized to strengthen atp generation for high camp production, oxidative stress became more severe in cells resulting in lower cell viability and camp formation at the late fermentation phase. to further improve camp biosynthesis, the effects of polyphosphate on camp fermentation performance together with intracellular atp and oxidation levels were investigated under high oxidative stress condition and then high efficient camp fermentation process based on polyphosphate and salvage synthesis was developed and studied. results: with 2�g/l-broth sodium hexametaphosphate added at 24�h was determined as the optimal condition for camp production by arthrobacter sp. cctcc 2013431 in shake flasks. under high oxidative stress condition caused by adding 15�mg/l-broth menadione, camp contents and cell viability were improved greatly due to hexametaphosphate addition and also exceeded those of control (without hexametaphosphate and menadione added) when fermentations were conducted in a 7 l bioreactor. meanwhile, atp levels and antioxidant capacity were improved obviously by hexametaphosphate as well. moreover, a fermentation process with hexametaphosphate and hypoxanthine coupling added was developed by which camp concentration reached 7.25�g/l with an increment of 87.1% when compared with only hypoxanthine added batch and the high ros contents generated from salvage synthesis were reduced significantly. conclusion: polyphosphate could improve intracellular atp levels and antioxidant capacity significantly under high oxidative stress condition resulting in enhanced cell viability and camp fermentation production no matter by de novo synthesis or salvage synthesis. � 2021, the author(s), under exclusive licence to springer nature b.v. number of references: 17 main heading: fermentation controlled terms: antioxidants� - �biosynthesis� - �cells� - �cytology� - �oxidative stress� - �process control� - �salvaging� - �sodium compounds uncontrolled terms: adenosine monophosphate� - �atp level� - �cell viability� - �cyclic adenosine� - �cyclic adenosine monophosphate� - �energy metabolism� - �hexametaphosphate� - �polyphosphates� - �salvage synthesis� - �stress condition classification code: 461.2 biological materials and tissue engineering� - �461.8 biotechnology� - �461.9 biology� - �801.2 biochemistry� - �802.2 chemical reactions� - �803 chemical agents and basic industrial chemicals� - �804 chemical products generally� - �804.1 organic compounds� - �804.2 inorganic compounds� - �914.1 accidents and accident prevention numerical data indexing: mass density 1.50e-02kg/m3, mass density 2.00e 00kg/m3, mass density 7.25e 00kg/m3, percentage 8.71e 01%, size 5.114115e 04m, time 8.64e 04s, volume 7.00e-03m3 doi: 10.1007/s10529-021-03197-9 funding details: number: 2015006, acronym: -, sponsor: -; funding text: this work was financially supported by the doctoral scientific research foundation of henan institute of science and technology (2015006). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 96. toward improved human health: efficacy of dietary selenium on immunity at the cellular level accession number: 20210809961249 authors: xia, xiaojing (1); zhang, xiulin (2); liu, mingcheng (1); duan, mingyuan (1); zhang, shanshan (1); wei, xiaobing (1); liu, xingyou (3) author affiliation: (1) college of animal science and veterinary medicine, henan institute of science and technology, xinxiang henan; 453003, china; (2) college of veterinary medicine, shanxi agricultural university, jinzhong shanxi; 030801, china; (3) xinxiang university, xinxiang henan; 453003, china corresponding author: wei, xiaobing(quick500@163.com) source title: food and function abbreviated source title: food. funct. volume: 12 issue: 3 issue date: february 7, 2021 publication year: 2021 pages: 976-989 language: english issn: 20426496 e-issn: 2042650x document type: journal article (ja) publisher: royal society of chemistry abstract: selenium, an essential trace element in the body, participates in various biological processes in the form of selenoproteins. in humans, a suitable concentration of selenium is essential for maintaining normal cellular function. decreased levels of selenoproteins can lead to obstruction of the normal physiological functions of tissues and cells and even death. in addition, the level of selenium in the body affects cellular immunity, humoral immunity, and the balance between type 2 and type 1 helper t cells. selenium can affect the immune function of the body through the reactive oxygen species (ros), nf-�b, ferroptosis and nrf2 pathways. this paper reviews the immune effect of selenium on the body and the process of signal transduction and aims to serve as a reference for follow-up studies of immune function and research on the development of new selenium compounds and active targets. � the royal society of chemistry. number of references: 111 main heading: selenium compounds controlled terms: signal transduction� - �trace elements uncontrolled terms: biological process� - �cellular function� - �cellular levels� - �follow-up studies� - �humoral immunity� - �immune function� - �physiological functions� - �selenoproteins classification code: 461.9 biology doi: 10.1039/d0fo03067h funding details: number: 202102110101, acronym: -, sponsor: -; number: s2012-06-g02, acronym: -, sponsor: -; number: 2021hytp038, acronym: -, sponsor: -; number: 2020ggjs163, acronym: -, sponsor: -; number: 31702263,31972715, acronym: nsfc, sponsor: national natural science foundation of china; funding text: the study described in this article was funded by the key specialized research and development break-through program in henan province (no. 202102110101), the modern agriculture industry technical system of henan province, china (s2012-06-g02), the national natural science foundation of china (no. 31702263 and 31972715), the youth backbone teacher project of colleges and universities of henan province (no. 2020ggjs163) and the young talent lifting project in henan province (2021hytp038). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 97. synchronization control for chaotic neural networks with mixed delays under input saturations accession number: 20212810620081 authors: chen, liuyuan (1); chen, yonggang (2); zhang, nannan (2) author affiliation: (1) department of journal editorial and college of mathematics and information science, henan normal university, xinxiang; 453007, china; (2) school of mathematical science, henan institute of science and technology, xinxiang; 453003, china corresponding author: chen, yonggang(happycygzmd@tom.com) source title: neural processing letters abbreviated source title: neural process letters volume: 53 issue: 5 issue date: october 2021 publication year: 2021 pages: 3735-3755 language: english issn: 13704621 e-issn: 1573773x coden: nplefg document type: journal article (ja) publisher: springer abstract: this paper is concerned with the exponential synchronization problem for chaotic neural networks with discrete and distributed delays under input saturations. attention is focused on the design of saturated feedback controller such that the synchronization error system is locally exponentially stable. based on delay-dependent sector conditions and augmented lyapunov�krasovskii functionals, sufficient conditions are established in the framework of linear matrix inequalities. moreover, the optimization problems are proposed to maximize the estimate of the domain of attraction. finally, two simulation examples show the effectiveness and benefit of the obtained results. � 2021, the author(s), under exclusive licence to springer science business media, llc, part of springer nature. number of references: 52 main heading: neural networks controlled terms: linear matrix inequalities� - �robustness (control systems)� - �synchronization uncontrolled terms: chaotic neural network� - �discrete and distributed delays� - �domain of attraction� - �exponential synchronization� - �exponentially stable� - �optimization problems� - �synchronization control� - �synchronization error classification code: 731.1 control systems� - �921.1 algebra� - �961 systems science doi: 10.1007/s11063-021-10577-9 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 98. effect of nostoc commune on gelation and rheological properties of chicken breast meat batters accession number: 20210609884022 title of translation: authors: li, ningning (1); li, zhao (1); zhao, shengming (1); ma, hanjun (1); zhang, wenzhen (1); kang, zhuangli (1); zhu, mingming (1); wang, zhengrong (1); he, hongju (1) author affiliation: (1) national pork processing technology research and development professional center, henan province engineering technology research center of animal products intensive processing and quality safety control, school of food science, henan institute of science and technology, xinxiang; 453003, china corresponding author: zhao, shengming(zhaoshengming2008@126.com) source title: shipin kexue/food science abbreviated source title: shipin kexue/food sc. volume: 42 issue: 2 issue date: january 25, 2021 publication year: 2021 pages: 53-59 language: chinese issn: 10026630 document type: journal article (ja) publisher: chinese chamber of commerce abstract: in this study, the effects of nostoc commune addition on the cooking yield, water-holding capacity, color, texture properties, gel strength, dynamic rheology and microstructure of chicken breast meat batters were investigated. the results indicated that cooking yield and water-holding capacity increased firstly, reaching a maximum of 95.71% and 95.33% at an addition level of 1.2%, respectively, and then decreased with increasing level of n. commune addition. l*, a* and b*values significantly decreased (p 0.05). upon heating, the storage modulus g� at 20 and 80 increased with increasing addition of n. commune;dynamic frequency scanning showed that g� increased first until reaching a maximum at 1.2% addition level and then decreased with n. commune addition at the same oscillation frequency. the results of scanning electron microscopy showed that compared with the control group, the microstructure of chicken breast meat batters added with n. commune was more compact and uniform. in summary, addition of an appropriate amount of n. commune can significantly improve the gel properties of chicken breast meat batters. this study can provide a theoretical basis and technical support for the application of n. commune in minced meat products. � 2021, china food publishing company. all right reserved. number of references: 44 main heading: thermal processing (foods) controlled terms: animals� - �gelation� - �hardness� - �meats� - �scanning electron microscopy� - �textures uncontrolled terms: dynamic frequency� - �dynamic rheology� - �nostoc communes� - �oscillation frequency� - �rheological property� - �technical support� - �texture properties� - �water holding capacity classification code: 802.3 chemical operations� - �822.2 food processing operations� - �822.3 food products� - �951 materials science numerical data indexing: percentage 1.20e 00%, percentage 9.53e 01%, percentage 9.57e 01% doi: 10.7506/spkx1002-6630-20191031-348 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 99. bisphenol a exposure induces apoptosis and impairs early embryonic development in xenopus laevis accession number: 20211410159671 authors: ge, yaming (1); ren, fei (1, 2); chen, lingli (1); hu, dongfang (1); wang, xinrui (1); cui, yunli (1); suo, yu (1); zhang, hongli (1); he, junping (2); yin, zhihong (1); ning, hongmei (1) author affiliation: (1) college of animal science and veterinary medicine, henan institute of science and technology, xinxiang; henan; 453003, china; (2) college of animal science and veterinary medicine, shanxi agricultural university, taigu; shanxi; 030801, china corresponding author: ning, hongmei(pangpangning@126.com) source title: environmental pollution abbreviated source title: environ. pollut. volume: 280 issue date: july 1, 2021 publication year: 2021 article number: 116901 language: english issn: 02697491 e-issn: 18736424 coden: enpoek document type: journal article (ja) publisher: elsevier ltd abstract: bisphenol a (bpa), an endocrine-disrupting chemical that is largely produced and used in the plastics industry, causes environmental pollution and is absorbed by humans through consumption of food and liquids in polycarbonate containers. bpa exerts developmental and genetic toxicities to embryos and offsprings, but the embryotoxicity mechanism of this chemical is unclear. this study aimed to explore the toxic effect of bpa on embryonic development and elucidate its toxicity mechanism. embryos of xenopus laevis as a model were treated with different concentrations (0.1, 1, 10, and 20 �m) of bpa at the two-cell stage to investigate the developmental toxicity of bpa. embryonic development and behaviors were monitored 24 h 96 h of bpa exposure. bpa concentrations greater than 1 �m exerted significant teratogenic effects on the xenopus embryos, which showed short tail axis, miscoiled guts, and bent notochord as the main malformations. the 20 �m bpa-treated embryos were seriously damaged in all aspects and exhibited deformity, impaired behavioral ability, and tissue damage. the dna integrity and apoptosis of the xenopus embryos were also investigated. exposure to bpa concentrations higher than 0.1 �m significantly induced dna damage (p � 2021 elsevier ltd number of references: 61 main heading: cell death controlled terms: dna� - �endocrine disrupters� - �phenols� - �toxicity uncontrolled terms: bisphenol a� - �bisphenols-a� - �developmental toxicity� - �dna damages� - �embryonic development� - �endocrine disrupting chemicals� - �environmental pollutions� - �plastic industry� - �xenopus embryo� - �xenopus laevis classification code: 461.2 biological materials and tissue engineering� - �461.7 health care� - �461.9 biology� - �804.1 organic compounds numerical data indexing: size 1.00e-05m, size 1.00e-06m, size 1.00e-07m, size 2.00e-05m, time 3.456e 05s, time 8.64e 04s doi: 10.1016/j.envpol.2021.116901 funding details: number: 182102310633,192102110080,202102310629, acronym: -, sponsor: -; number: u1404329, acronym: nsfc, sponsor: national natural science foundation of china; number: 2019m652548, acronym: -, sponsor: china postdoctoral science foundation; funding text: funding: this work was supported by the national natural science foundation of china (no. u1404329 ); the scientific and technological foundation of henan province in china ( 182102310633 , 192102110080 , 202102310629 ); and the china postdoctoral science foundation (grant no. 2019m652548 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 100. a novel real-coded genetic algorithm for dynamic economic dispatch integrating plug-in electric vehicles����(open access) accession number: 20214211033071 authors: yang, wenqiang (1); peng, zhanlei (1); feng, wei (2); menhas, muhammad ilyas (3) author affiliation: (1) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang, china; (2) shenzhen institute of advanced technology, chinese academy of sciences, shenzhen, china; (3) department of electrical engineering, mirpur university of science and technology (must), mirpur, pakistan corresponding author: feng, wei(wei.feng@siat.ac.cn) source title: frontiers in energy research abbreviated source title: front. energy res. volume: 9 issue date: september 30, 2021 publication year: 2021 article number: 706782 language: english e-issn: 2296598x document type: journal article (ja) publisher: frontiers media s.a. abstract: massive popularity of plug-in electric vehicles (pevs) may bring considerable opportunities and challenges to the power grid. the scenario is highly dependent on whether pevs can be effectively managed. dynamic economic dispatch with pevs (ded with pevs) determines the optimal level of online units and pevs, to minimize the fuel cost and grid fluctuations. considering valve-point effects and transmission losses is a complex constrained optimization problem with non-smooth, non-linear, and non-convex characteristics. high efficient ded method provides a powerful tool in both power system scheduling and pevs charging coordination. in this study, firstly, pevs are integrated into the ded problem, which can carry out orderly charge and discharge management to improve the quality of the grid. to tackle this, a novel real-coded genetic algorithm (rcga), namely, dimension-by-dimension mutation based on feature intervals (gadmfi), is proposed to enhance the exploitation and exploration of conventional rcgas. thirdly, a simple and efficient constraint handling method is proposed for an infeasible solution for ded. finally, the proposed method is compared with the current literature on six cases with three scenarios, including only thermal units, units with disorderly pevs, and units with orderly pevs. the proposed gadmfi shows outstanding advantages on solving the ded with/without pevs problem, obtaining the effect of cutting peaks and filling valleys on the ded with orderly pevs problem. � 9479威尼斯 copyright � 2021 yang, peng, feng and menhas. number of references: 55 main heading: constraint handling controlled terms: charging (batteries)� - �constrained optimization� - �electric discharges� - �electric load dispatching� - �electric power transmission networks� - �genetic algorithms� - �local search (optimization)� - �plug-in electric vehicles� - �scheduling uncontrolled terms: collaborative optimization� - �constraint handling� - �constraint handling method� - �dimension-by-dimension mutation� - �dynamic economic dispatch� - �horizontal vertical local search� - �local search� - �optimisations� - �real coded genetic algorithm� - �real-code genetic algorithms classification code: 701.1 electricity: basic concepts and phenomena� - �702.1.2 secondary batteries� - �706.1.1 electric power transmission� - �721.1 computer theory, includes formal logic, automata theory, switching theory, programming theory� - �912.2 management� - �921.5 optimization techniques� - �961 systems science doi: 10.3389/fenrg.2021.706782 funding details: number: 202102110281,202102110282, acronym: -, sponsor: -; number: 52077213,620033326, acronym: nsfc, sponsor: national natural science foundation of china; number: 20irtsthn016, acronym: henu, sponsor: henan university; number: -, acronym: -, sponsor: foundation for innovative research groups of the national natural science foundation of china; funding text: this work was financially supported by the national natural science foundation of china (nos. 52077213, 620033326), the scientific and technological project of henan province (nos. 202102110281, 202102110282), the program for innovative research team (in science and technology) in university of henan province (no. 20irtsthn016). compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 101. preparation and thermoelectric properties of novel tellurium-based glassy semiconductors accession number: 20212410509597 authors: zhang, huan (1); zhang, yaqi (1, 2); yu, pengfei (1); wang, li-min (1); li, gong (1) author affiliation: (1) state key lab of metastable materials science and technology, college of materials science and engineering, yanshan university, qinhuangdao; hebei; 066004, china; (2) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china corresponding author: zhang, yaqi(zhangyaqi_1988@163.com) source title: scripta materialia abbreviated source title: scripta mater volume: 203 issue date: october 2021 publication year: 2021 article number: 114038 language: english issn: 13596462 coden: scmaf7 document type: journal article (ja) publisher: acta materialia inc abstract: vitrification of tellurium-based(te) chalcogenid semiconductors is explored as a new route to enhance their thermoelectric properties by maximizing the degree of structural disorder to produce the minimum thermal conductivity. ga2te3-snte systems are focused in this paper and the optimized glass-forming composition is identified. complete bulk (ga2te3)34(snte)66 glass is successfully prepared by a spark plasma sintering technique and exhibited an ultralow low thermal conductivity and high seebeck coefficient. together with the tunable electrical conductivity, the newly obtained ga2te3-snte glasses broaden the research scope of te-based semiconductor glasses and also provide a new option for the development of high-performance thermoelectric materials. � 2021 acta materialia inc. number of references: 32 main heading: narrow band gap semiconductors controlled terms: glass� - �iv-vi semiconductors� - �semiconducting tellurium� - �sintering� - �thermal conductivity� - �thermoelectric equipment� - �thermoelectricity� - �tin compounds uncontrolled terms: electrical conductivity� - �glass forming composition� - �glassy semiconductors� - �low thermal conductivity� - �spark plasma sintering techniques� - �structural disorders� - �thermo-electric materials� - �thermoelectric properties classification code: 615.4 thermoelectric energy� - �641.1 thermodynamics� - �701.1 electricity: basic concepts and phenomena� - �712.1.1 single element semiconducting materials� - �812.3 glass doi: 10.1016/j.scriptamat.2021.114038 funding text: this work was supported by the national natural science foundation of china (nsfc) (grant numbers 51271160, 11474247), and the province science and technology of henan (grant number 202102310554). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 102. detection of type i and iii collagen in porcine acellular matrix using hplc-ms����(open access) accession number: 20210809936572 authors: zhang, yang (1, 2); chen, yi (3); zhao, bo (3); gao, jianping (1); xia, leilei (3); xing, fangyu (1); kong, yingjun (1); li, yongchao (2); zhang, guifeng (1) author affiliation: (1) state key laboratory of biochemical engineering, institute of process engineering, cas, beijing; 100190, china; (2) school of life science and technology, henan institute of science and technology, xinxiang, henan; 453003, china; (3) beijing biosis healing biological technology co. ltd, beijing; 100026, china corresponding authors: zhang, guifeng(gfzhang@ipe.ac.cn); li, yongchao(histlyc@163.com) source title: regenerative biomaterials abbreviated source title: regen. biomater. volume: 7 issue: 6 issue date: 2021 publication year: 2021 pages: 577-582 language: english issn: 20563418 e-issn: 20563426 document type: journal article (ja) publisher: oxford university press abstract: acellular matrix (acm) has been widely used as a biomaterial. as the main component of acm, collagen type and content show influence on the material properties. in this research, the collagen in acm from different tissues of pig were determined by detection of marker peptides. the marker peptides of type i and iii collagen were identified from the digested collagen standards using ions trap mass spectrometry (lcq). the relationship between the abundance of marker peptide and collagen concentration was established using triple quadrupole mass spectrometer (tsq). the contents of type i and iii collagen in acm from different tissues were determined. the method was further verified by hydroxyproline determination. the results showed that, the sum of type i and iii collagen contents in the acm from small intestinal submucosa, dermis and achilles tendon of pig were about 87.59, 81.41 and 61.13%, respectively, which were close to the total collagen contents in these tissues. the results proved that this method could quantitatively detect the collagen with different types in the acm of various tissues. � the author(s) 2020. number of references: 42 main heading: collagen controlled terms: histology� - �hydroxyproline� - �mammals� - �mass spectrometry� - �peptides� - �tendons uncontrolled terms: acellular matrices� - �acellular matrixes (acm)� - �achilles tendons� - �collagen concentration� - �collagen content� - �marker peptides� - �small intestinal submucosa� - �triple-quadrupole mass spectrometer classification code: 461 bioengineering and biology� - �801 chemistry numerical data indexing: percentage 6.11e 01%, percentage 8.14e 01% doi: 10.1093/rb/rbaa032 funding details: number: 17a530002, acronym: -, sponsor: -; number: 201803010086, acronym: -, sponsor: -; number: 2018yfa0108200,2018yfc1106400, acronym: -, sponsor: -; number: xx2018008,z181100006218013, acronym: -, sponsor: beijing nova program; funding text: this work was supported by the national key technology r&d programs of china (2018yfa0108200 and 2018yfc1106400), beijing nova program (z181100006218013, xx2018008) from the beijing municipal science and technology commission, key scientific research project plan of colleges and universities in henan province (17a530002) and the guangzhou people�s livelihood science and technology project of china (201803010086). compendex references: yes open access type(s): all open access, gold, green database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 103. the influence of cabernet sauvignon wine grape pomace powder addition on the rheological and microstructural properties of wheat dough����(open access) accession number: 20214110993037 title of translation: influencia de la adici�n de polvo de orujo de vino cabernet sauvignon en las propiedades reol�gicas y microestructurales de la masa de trigo authors: lou, wenjuan (1, 2); li, bo (1); g., nataliya author affiliation: (1) school of food science, henan institute of science and technology, xinxiang, china; (2) department of milk and meat technology, sumy national agrarian university, sumy, ukraine; (3) department of bakery, confectionary, pasta and food concentrates technology, kharkov state university of food technology and trade, kharkov, ukraine corresponding author: li, bo(libohnxx@163.com) source title: cyta - journal of food abbreviated source title: cyta j. food volume: 19 issue: 1 issue date: 2021 publication year: 2021 pages: 751-761 language: english issn: 19476337 e-issn: 19476345 document type: journal article (ja) publisher: taylor and francis ltd. abstract: grape seed powder (gsp), grape skin powder (gskp), or grape pomace powder (gpp) was introduced as partial substitution for wheat flour (wf) with variable percentages by weight (0� 20�wt%), and the resultant addition effects on the rheological and microstructural properties were studied. gpp and gsp significantly (p � 2021 the author(s). published with license by taylor & francis group, llc. number of references: 59 main heading: powders controlled terms: water absorption uncontrolled terms: grape pomace� - �grape pomace powder� - �grape seed powder� - �grape seeds� - �grape skin� - �grape skin powder� - �micro-structural properties� - �powder additions� - �rheological property� - �wheat dough classification code: 802.3 chemical operations numerical data indexing: percentage 1.00e 01% to 1.50e 01%, percentage 5.00e 00% to 1.00e 01% doi: 10.1080/19476337.2021.1981458 funding text: this work was supported by innovation scientists and technicians troop construction projects of henan province: [grant number 2017jr0006]. compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 104. extraction and visualization of ocular blood vessels in 3d medical images based on geometric transformation algorithm����(open access) accession number: 20211110077710 authors: zhang, zhike (1); zhang, shuixin (2); feng, hongyu (3) author affiliation: (1) department of ophthalmology, china-japan friendship hospital, beijing; 100029, china; (2) department of traditional chinese medicine, haidian traditional chinese medical hospital, beijing; 100080, china; (3) henan institute of science and technology, xinxiang henan; 453003, china corresponding author: feng, hongyu(fyr@hist.edu.cn) source title: journal of healthcare engineering abbreviated source title: j. healthc. eng. volume: 2021 issue date: 2021 publication year: 2021 article number: 5573381 language: english issn: 20402295 e-issn: 20402309 document type: journal article (ja) publisher: hindawi limited abstract: data extraction and visualization of 3d medical images of ocular blood vessels are performed by geometric transformation algorithm, which first performs random resonance response in a global sense to achieve detection of high-contrast coarse blood vessels and then redefines the input signal as a local image shielding the global detection result to achieve enhanced detection of low-contrast microfine vessels and complete multilevel random resonance segmentation detection. finally, a random resonance detection method for fundus vessels based on scale decomposition is proposed, in which the images are scale decomposed, the high-frequency signals containing detailed information are randomly resonantly enhanced to achieve microfine vessel segmentation detection, and the final vessel segmentation detection results are obtained after fusing the low-frequency image signals. the optimal stochastic resonance response of the nonlinear model of neurons in the global sense is obtained to detect the high-grade intensity signal; then, the input signal is defined as a local image with high-contrast blood vessels removed, and the parameters are optimized before the detection of the low-grade intensity signal. finally, the multilevel random resonance response is fused to obtain the segmentation results of the fundus retinal vessels. the sensitivity of the multilevel segmentation method proposed in this paper is significantly improved compared with the global random resonance results, indicating that the method proposed in this paper has obvious advantages in the segmentation of vessels with low-intensity levels. the image library was tested, and the experimental results showed that the new method has a better segmentation effect on low-contrast microscopic blood vessels. the new method not only makes full use of the noise for weak signal detection and segmentation but also provides a new idea of how to achieve multilevel segmentation and recognition of medical images. � 2021 zhike zhang et al. number of references: 25 main heading: blood vessels controlled terms: blood� - �data visualization� - �extraction� - �image enhancement� - �image segmentation� - �magnetic resonance� - �mathematical transformations� - �medical image processing� - �metadata� - �signal detection � - �stochastic models� - �stochastic systems� - �three dimensional computer graphics� - �visualization uncontrolled terms: geometric transformations� - �high frequency signals� - �low frequency images� - �multilevel segmentation� - �segmentation results� - �stochastic resonances� - �vessel segmentation� - �weak signal detection classification code: 461.2 biological materials and tissue engineering� - �701.2 magnetism: basic concepts and phenomena� - �716.1 information theory and signal processing� - �723.2 data processing and image processing� - �802.3 chemical operations� - �921.3 mathematical transformations� - �922.1 probability theory� - �961 systems science doi: 10.1155/2021/5573381 compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 105. effects of high pressure and thermal combinations on gel properties and water distribution of pork batters����(open access) accession number: 20211010026652 authors: kang, zhuang-li (1, 4); lu, fei (1); li, yan-ping (1, 2); wang, chun-yan (1, 3) author affiliation: (1) henan institute of science and technology, xinxiang, china; (2) sumy national agrarian university, sumy, ukraine; (3) school of food science and technology, national engineering research center of seafood, dalian polytechnic university, dalian; 116034, china; (4) college of food science and technology, henan university of technology, zhengzhou; 450001, china corresponding author: kang, zhuang-li(kzlnj1988@163.com) source title: journal of food science and technology abbreviated source title: j food sci technol volume: 58 issue: 8 issue date: august 2021 publication year: 2021 pages: 3243-3249 language: english issn: 00221155 e-issn: 09758402 coden: jfstab document type: journal article (ja) publisher: springer abstract: the effects of high pressure (100�500�mpa) and heated (80��c, 25�min) combinations on gel properties, rheological characteristic and water distribution of pork batters were investigated. compared to the only-heat, the cooking yield, a* value, hardness, cohesiveness, and chewiness of cooked pork batters treated less than 300�mpa were significantly increased (p 0.05) when over 300�mpa, except the l* value. at 300�mpa, the cooking yield, hardness, chewiness, and g2 value at 80��c of pork batter were the highest. the initial relaxation time of t21 was decreased significantly (p 21 was increased significantly (p � 2021, association of food scientists & technologists (india). number of references: 34 main heading: high pressure effects controlled terms: hardness� - �meats� - �water supply systems uncontrolled terms: cooking yield� - �gel properties� - �high pressure� - �rheological characteristics� - �water distributions classification code: 446.1 water supply systems� - �822.3 food products� - �951 materials science doi: 10.1007/s13197-021-05051-2 funding details: number: 2018ggjs114, acronym: -, sponsor: -; number: cc20z19, acronym: -, sponsor: -; number: 212300410344, acronym: -, sponsor: natural science foundation of henan province; funding text: this study was supported by natural science foundation of henan province (no. 212300410344), research project of sichuan cuisine development research center of sichuan education department (no. cc20z19) and henan province key young teachers training program (no. 2018ggjs114). compendex references: yes open access type(s): all open access, bronze database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 106. effects of inulin with short and long-chain on pasting, texture and rheological properties of sweet potato starch����(open access) accession number: 20205209678214 title of translation: efectos de la inulina de cadena corta y larga en el pegado, la textura y las propiedades reol�gicas del almid�n de batata [camote, boniato] authors: ji, hongfang (1, 2); yang, ping (2); zhang, lingwen (2); wang, xuefei (3); li, xinxin (2); ma, hanjun (2); chen, fusheng (1) author affiliation: (1) food science and engineering post-doctoral research station, henan university of technology, zhengzhou, china; (2) post-doctoral research base school of food science, henan institute of science and technology, xinxiang, china; (3) food college, xinyang agriculture and forestry university, xinyang, china corresponding author: zhang, lingwen(zhanglingwen@hist.edu.cn) source title: cyta - journal of food abbreviated source title: cyta j. food volume: 19 issue: 1 issue date: 2021 publication year: 2021 pages: 21-32 language: english issn: 19476337 e-issn: 19476345 document type: journal article (ja) publisher: taylor and francis ltd. abstract: effects of inulin with short and long-chain on pasting, texture and rheological properties of sweet potato starch (sps) were investigated. subsequently, the interaction mechanism between inulin and sps was discussed. both short and long-chain inulin could decrease all the viscosity parameters and raise the pasting temperature (gt) of sps-inulin mixes. with the increase of inulin addition, the hardness and gumminess of sps gel decreased, while tan � and temperature of g max rose. inulin could inhibit sps granule swelling, and made sps granules concentrate in the smaller ones. inulin also remarkably lowered the content of leached amylose (p � 2020 the author(s). published with license by taylor & francis group, llc. number of references: 40 main heading: starch controlled terms: granulation� - �hydrogen bonds� - �rheology� - �textures� - �viscosity uncontrolled terms: granule swelling� - �interaction mechanisms� - �long-chain inulins� - �paste viscosity� - �pasting temperature� - �rheological property� - �sweetpotato starch� - �viscosity parameters classification code: 801.4 physical chemistry� - �802.3 chemical operations� - �804.1 organic compounds� - �931.1 mechanics� - �931.2 physical properties of gases, liquids and solids doi: 10.1080/19476337.2020.1852314 funding details: number: 2017ggjs124, acronym: -, sponsor: -; number: 2016m592287, acronym: -, sponsor: china postdoctoral science foundation; number: 001702020,2015096, acronym: -, sponsor: henan postdoctoral science foundation; funding text: this work was financially supported by young backbone teachers project of colleges and universities of henan province [2017ggjs124]; china postdoctoral science foundation funded project [2016m592287]; henan postdoctoral science foundation funded project [2015096]; henan postdoctoral science foundation funded project [001702020]. compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 107. synergistic effect of electric field and polymer structures acting on fabricating beads-free robust superhydrophobic electrospun fibers accession number: 20204809546685 authors: guo, yudi (1); zhao, erqing (2); zhao, xijuan (3); zhang, chenyang (1); yao, lu (1); guo, xiaowei (1); wang, xiaoping (1) author affiliation: (1) school of chemistry and materials engineering, xinxiang university, xinxiang; 453003, china; (2) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453003, china; (3) central research institution of building and construction co., ltd, beijing; 100088, china corresponding author: zhao, erqing(zhaoerqing318@163.com) source title: polymer abbreviated source title: polymer volume: 213 issue date: january 20, 2021 publication year: 2021 article number: 123208 language: english issn: 00323861 coden: polmag document type: journal article (ja) publisher: elsevier ltd abstract: the synergistic effects of electric field and polymer structures were innovatively introduced to achieve uniform, beads-free, and robust superhydrophobic electrospun fibers. aminopropyl triethoxysilane (aptes) terminated block copolymers of aptes-poly (methyl methacrylate)-b-poly (dodecafluoroheptyl methacrylate) (aptes-pmma-b-pdfma) and aptes-polystyrene-b-pdfma (aptes-ps-b-pdfma) were synthesized via atom transfer radical polymerization (atrp) and electrospinning in a positive electric field. uniform, beads-free, and robust superhydrophobic electrospun films were fabricated with aptes-ps-b-pdfma involving small amount of pdfma segment. xps results display that effective surface fluorine enrichment is more easily achieved on aptes-ps-b-pdfma than on aptes-pmma-b-pdfma which involves large amount of dfma. the mechanism can be summarized as follows: negatively charged block ps in positive electric field migrates towards the core of electrospinning jets, and block pmma has a better positive charging stability than block dfma, resulting in preferential surface segregation. this investigation will provide an important instructive value in controllable fabrication of robust superhydrophobic electrospun films applied in the fields of textiles, oil-water separation, membrane distillation, etc. � 2020 elsevier ltd number of references: 45 main heading: atom transfer radical polymerization controlled terms: acrylic monomers� - �block copolymers� - �distillation� - �electric fields� - �electrospinning� - �esters� - �fabrication� - �free radical reactions� - �superhydrophobicity� - �surface segregation uncontrolled terms: electrospun fibers� - �large amounts� - �membrane distillation� - �negatively charged� - �oil water separation� - �polymer structure� - �synergistic effect� - �triethoxysilane classification code: 701.1 electricity: basic concepts and phenomena� - �802.2 chemical reactions� - �802.3 chemical operations� - �804.1 organic compounds� - �815.1 polymeric materials� - �815.2 polymerization� - �819.3 fiber chemistry and processing� - �931.3 atomic and molecular physics doi: 10.1016/j.polymer.2020.123208 funding details: number: s201911071004, acronym: -, sponsor: national college students innovation and entrepreneurship training program; number: 2016034, acronym: -, sponsor: -; number: ms12015123, acronym: -, sponsor: -; number: 41606096,51802275,51502318, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was supported by national natural science foundation of china (grant no. 41606096 , grant no. 51502318 , grant no. 51802275 ); science & technology basic research program of nantong (grant no. ms12015123 ); henan students� innovation and entrepreneurship training program (grant no. s201911071004 ); scientific research program for high-level talents of henan institute of science and technology ( 2016034 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 108. effects of sodium bicarbonate on the gel properties, water distribution and mobility of low-salt pork batters����(open access) accession number: 20204809546607 authors: kang, zhuang-li (1, 2); zhang, xue-hua (1); li, ke (2); li, yan-ping (1, 3); lu, fei (1); ma, han-jun (1); song, zhao-jun (1); zhao, sheng-ming (1); zhu, ming-ming (1) author affiliation: (1) school of food science, henan institute of science and technology, xinxiang; 453003, china; (2) henan key laboratory of cold chain food quality and safety control, zhengzhou university of light industry, zhengzhou; 450001, china; (3) food technologies faculty of sumy national agrarian university, sumy, ukraine corresponding author: kang, zhuang-li(kzlnj1988@163.com) source title: lwt abbreviated source title: lwt volume: 139 issue date: march 2021 publication year: 2021 article number: 110567 language: english issn: 00236438 coden: lbwtap document type: journal article (ja) publisher: academic press abstract: to study the potential use of sodium bicarbonate in low-salt pork batters, the gel properties, rheology and water holding capacity of pork batters with various amounts of sodium chloride (0.7�1.74%) and sodium bicarbonate (0�0.42%) were investigated. the results showed that the ph, salt-soluble protein concentration, cooking yield, b* values and g2 values at 80 �c were significantly (p 2b, t21 and t22 were faster (p � 2020 number of references: 46 main heading: sodium bicarbonate controlled terms: carbon dioxide� - �carbonates� - �meats� - �sodium chloride� - �water supply systems uncontrolled terms: denaturation temperatures� - �gel properties� - �gel structures� - �partial replacement� - �salt-soluble proteins� - �textural properties� - �water distributions� - �water holding capacity classification code: 446.1 water supply systems� - �804 chemical products generally� - �804.2 inorganic compounds� - �822.3 food products numerical data indexing: percentage 4.20e-01%, temperature 3.53e 02k doi: 10.1016/j.lwt.2020.110567 funding details: number: 2018ggjs114, acronym: -, sponsor: -; number: 2016m602237, acronym: -, sponsor: china postdoctoral science foundation; funding text: this study was supported by henan key laboratory of cold chain food quality and safety control ( ccfq 2020 ), china postdoctoral science foundation ( 2016m602237 ) and henan province key young teachers training program ( 2018ggjs114 ). compendex references: yes open access type(s): all open access, hybrid gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. �n0t\o\o��^�,{n\o� �usmo/f�lws�y�bf[b��v���e44�{ 1. fabrication of ws2/c composite coatings via electrohydrodynamic atomization and their tribology behaviours accession number: 20204209347700 authors: li, xuemu (1); deng, jianxin (1); liu, lili (2, 3); duan, ran (4); ge, dongliang (1) author affiliation: (1) key laboratory of high efficiency and clean mechanical manufacture of moe, school of mechanical engineering, shandong university, jinan; 250061, china; (2) henan institute of technology, xinxiang; 453003, china; (3) henan institute of science and technology, xinxiang; 453003, china; (4) school of mechanical and electronic engineering, shandong jianzhu university, jinan; 250061, china corresponding author: deng, jianxin(jxdeng@sdu.edu.cn) source title: applied surface science abbreviated source title: appl surf sci volume: 538 issue date: february 1, 2021 publication year: 2021 article number: 148128 language: english issn: 01694332 coden: asusee document type: journal article (ja) publisher: elsevier b.v., netherlands abstract: ws2 coatings were prepared by electrohydrodynamic atomization method, and graphite was introduced in order to improve their mechanical properties and oxidation resistance. the influence of graphite on the microstructure, anti-oxidation capability, mechanical performances and tribological properties of the composite coatings were systematically analysed. the sharkskin-like biomimetic textures were fabricated on the substrates by laser machining. the results showed that the sharkskin-like biomimetic textures increased the compressive stresses and surface energies of substrates, resulting in improved adhesion strength between deposited coatings and substrates. the improved adhesion strength and oxidation resistance of the ws2/c coatings as well as the antifriction capability of micro/nano-textures aided in keeping a low stabilized friction coefficient down to 0.05 for a long sliding time. the ws2/c (4:1) composite coatings deposited on the sharkskin-like biomimetic textured substrates presented the longest wear life of ~2800 s, which was ~2.3 times longer than that of the pure ws2 coatings on the polished substrates. the wear rate of ws2/c (4: 1) coating deposited on the textured substrate was ~3.1 � 10"7 mm3/n mm, which was about three-fifths of that of the pure ws2 coating deposited on the polished substrate. the micro/nano-grooves, which acted as reservoirs for ws2 lubricating material, could support the formation of the low-friction tribo-films. � 2020 elsevier b.v. number of references: 50 main heading: composite coatings controlled terms: adhesion� - �atomization� - �biomimetics� - �bond strength (materials)� - �electrohydrodynamics� - �fabrication� - �friction� - �graphite� - �inorganic coatings� - �oxidation resistance � - �substrates� - �textures� - �tribology� - �tungsten compounds� - �wear of materials uncontrolled terms: deposited coatings� - �electrohydrodynamic atomization� - �friction coefficients� - �laser machining� - �mechanical performance� - �polished substrates� - �textured substrates� - �tribological properties classification code: 461.8 biotechnology� - �802.2 chemical reactions� - �802.3 chemical operations� - �813.2 coating materials� - �931 classical physics; quantum theory; relativity� - �951 materials science doi: 10.1016/j.apsusc.2020.148128 funding details: number: zr2018zb0522, acronym: -, sponsor: natural science foundation of shandong province; number: 2019tslh0315, acronym: -, sponsor: -; funding text: this work is supported by the natural science foundation of shandong province (zr2018zb0522), the key research and development projects of shandong province (2019tslh0315). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 2. facile construction of s-containing co-based metal organic framework core-shell microspheres as an efficient bifunctional oxygen electrocatalyst accession number: 20213510830082 authors: liu, ping (1); han, huijuan (2); xia, qingyun (1); ma, nini (1); lu, sihan (1); shang, xuefang (1); wang, ge (3); chao, shujun (1) author affiliation: (1) key laboratory of medical molecular probes, school of basic medical sciences, xinxiang medial university, xinxiang; 453003, china; (2) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453003, china; (3) school of basic medical sciences, xinxiang medial university, xinxiang; 453003, china corresponding authors: chao, shujun(chaoshujun1979@163.com); wang, ge(dongqing1126@163.com) source title: dalton transactions abbreviated source title: dalton trans. volume: 50 issue: 33 issue date: september 7, 2021 publication year: 2021 pages: 11440-11445 language: english issn: 14779226 e-issn: 14779234 coden: dtaraf document type: journal article (ja) publisher: royal society of chemistry abstract: a cost-effective non-noble metal bifunctional electrocatalyst towards the oxygen reduction reaction (orr) and the oxygen evolution reaction (oer) is very important for energy-related applications. micro/nanomaterials with core-shell structures have emerged as potential non-noble metal catalyst candidates. herein, an efficient bifunctional oxygen electrocatalyst, s-containing co-based metal organic framework core-shell microspheres (co-mof-csmss), has been designed and constructed by using 2,22 :52 ,22 2 -terthiophene-5,52 2 -dicarboxylic acid as a novel ligand through a facile one-step hydrothermal method. due to the integrated favorable structural characteristics of the core-shell structure and mofs for electrocatalysis, co-mof-csmss are revealed as a good bifunctional electrocatalyst for the orr and oer, including an onset potential of 0.93 v vs. rhe (reversible hydrogen electrode), a half-wave potential of 0.78 v vs. rhe and an overpotential of 0.35 v at 10 ma cm-2. this work provides a low-cost and facile method to design and construct advanced micro/nanomaterials with core-shell structures to targetedly develop high-performance bifunctional oxygen electrocatalysts. � 2021 the royal society of chemistry. number of references: 41 main heading: shells (structures) controlled terms: cost effectiveness� - �electrocatalysis� - �electrocatalysts� - �electrolytic reduction� - �metal-organic frameworks� - �microspheres� - �organometallics� - �oxygen� - �oxygen evolution reaction� - �oxygen reduction reaction � - �precious metals uncontrolled terms: bifunctional electrocatalysts� - �core shell structure� - �core-shell microspheres� - �hydrothermal methods� - �non-noble metal catalysts� - �oxygen evolution reaction (oer)� - �reversible hydrogen electrodes� - �structural characteristics classification code: 408.2 structural members and shapes� - �533.1 ore treatment� - �547.1 precious metals� - �801.4.1 electrochemistry� - �803 chemical agents and basic industrial chemicals� - �804 chemical products generally� - �804.1 organic compounds� - �911.2 industrial economics numerical data indexing: current_density 1.00e 02a/m2, voltage 3.50e-01v doi: 10.1039/d1dt01765a compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 3. improved edge-guided network for single image super-resolution accession number: 20213710887317 authors: zhao, jie (1); chen, zhenxue (1); wu, q. m. jonathan (2); li, xianming (1); cai, lei (3); zhu, kai (1) author affiliation: (1) school of control science and engineering, shandong university, jinan; 250061, china; (2) department of electrical and computer engineering, university of windsor, windsor; n9b 3p4, canada; (3) school of artificial intelligence, henan institute of science and technology, xinxiang; 453003, china corresponding author: chen, zhenxue(chenzhenxue@sdu.edu.cn) source title: multimedia tools and applications abbreviated source title: multimedia tools appl issue date: 2021 publication year: 2021 language: english issn: 13807501 e-issn: 15737721 coden: mtapfb document type: article in press publisher: springer abstract: in recent years, deep learning has been successfully applied to image super-resolution. it is still a challenge to reconstruct high-frequency details from low-resolution images. however, many works lack attention to the high-frequency part. we find that edge prior information can be used to extract high-frequency parts and applying soft edges to image reconstruction has achieved great results. inspired by this, we focus on how to make full use of edge information to generate high-frequency details. we propose an improved edge-guided neural network for single image super-resolution (iegsr), which makes full use of the edge prior information to reconstruct images with more abundant high-frequency information. for high-frequency information, we propose an edge-net to generate image edges better. for low-frequency information, we propose a global and local feature extraction module (glm) to reconstruct the texture details. for the fusion of high-frequency information and low-frequency information, we propose a progressive fusion method, which can greatly reduce the number of parameters. extensive experimental results demonstrate that our method can obtain images with sharper details. applying our model to the manga109 test set, the psnr value of 4 times image super-resolution is as high as 39.02. � 2021, the author(s), under exclusive licence to springer science business media, llc, part of springer nature. number of references: 43 main heading: image enhancement controlled terms: deep learning� - �image reconstruction� - �optical resolving power� - �textures uncontrolled terms: edge information� - �fusion methods� - �high frequency hf� - �high-frequency informations� - �image super resolutions� - �local feature extraction� - �low resolution images� - �prior information classification code: 741.1 light/optics doi: 10.1007/s11042-021-11429-3 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 4. nickel nanoparticles incorporated co, n co-doped carbon polyhedron derived from core-shell zif-8@zif-67 for electrochemical sensing of nitrite accession number: 20211410159654 authors: zhang, wei (1); ge, chuang-ye (1); jin, lei (1); yoon, sujin (1); kim, whangi (1); xu, guang-ri (2); jang, hohyoun (3) author affiliation: (1) department of applied chemistry, konkuk university, chungju; 27478, korea, republic of; (2) department of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453003, china; (3) department of liberal arts, konkuk university, chungju-si; 27478, korea, republic of corresponding author: jang, hohyoun(200417450@kku.ac.kr) source title: journal of electroanalytical chemistry abbreviated source title: j electroanal chem volume: 887 issue date: april 15, 2021 publication year: 2021 article number: 115163 language: english issn: 15726657 coden: jeches document type: journal article (ja) publisher: elsevier b.v. abstract: herein, a novel electrochemical sensor based on core-shell zeolitic imidazolate framework-8 @zeolitic imidazolate framework-8 (zif-8@zif-67) derived cobalt and nitrogen co-doped carbon polyhedron (co, n-cp) and electrodeposited nickel nanoparticles (ni nps) was developed for nitrite (no2") detection. the co, n-cp was prepared by direct pyrolysis of the core-shell structured zif-8@zif-67 at zn/co at 900 �c in an ar atmosphere. ni nps were electrodeposited on co, n-cp modified glass carbon electrode (co, n-cp/gce) using potentiostatic method. the ni nps decorated co, n-cp displays a synergetic electrocatalytic effect for the oxidation of no2" due to the large surface area and ordered porosity of co, n-cp integrating the good conductivity and catalytic activity of ni nps. the proposed sensor exhibited good electrocatalytic activity, sensitivity and selectivity towards no2" with the catalytic rate constant (kcat) of 5.49 � 106 m"1 s"1 and the diffusion coefficient (d) of 5.12 � 10"6 cm2 s"1. the ni/co, n-cp/gce showed a wide linear response (5 1000 �m) and a low detection limit (lod) of 0.094 �m (s/n = 3). additionally, the sensor was successfully applied to monitor no2" in real samples with satisfactory recoveries, indicating that ni/co, n-cp could be a promising candidate for sensing of other biologically important molecules. � 2021 elsevier b.v. number of references: 48 main heading: nanoparticles controlled terms: carbon� - �catalyst activity� - �electrochemical sensors� - �electrodeposition� - �electrodes� - �geometry� - �nickel� - �nitrogen oxides� - �rate constants� - �shells (structures) uncontrolled terms: co-doped� - �core shell� - �core shell structure� - �doped carbons� - �electrochemicals� - �nickel nanoparticles� - �nitrite� - �no $-2$� - �zeolitic imidazolate framework-8� - �zeolitic imidazolate frameworks classification code: 408.2 structural members and shapes� - �539.3.1 electroplating� - �548.1 nickel� - �732.2 control instrumentation� - �761 nanotechnology� - �801 chemistry� - �801.4.1 electrochemistry� - �802.2 chemical reactions� - �803 chemical agents and basic industrial chemicals� - �804 chemical products generally� - �804.2 inorganic compounds� - �921 mathematics� - �933 solid state physics numerical data indexing: size 1.00e-03m, size 6.00e-02m, size 9.40e-08m, temperature 1.173e 03k, time 1.00e00s doi: 10.1016/j.jelechem.2021.115163 funding details: number: 2020-jdh-1-sb1-3, acronym: msip, sponsor: ministry of science, ict and future planning; number: -, acronym: nrf, sponsor: national research foundation of korea; number: nrf- 2020r1a2c1003200, acronym: msit, sponsor: ministry of science and ict, south korea; funding text: this work was supported by the national research foundation of korea (nrf) grant funded by the korea government (msit) (nrf- 2020r1a2c1003200 ) and partly supported by the commercialization promotion agency for r&d outcomes (compa) funded by the ministry of science and ict(msit) [2020-jdh-1-sb1-3]. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 5. corrigendum to �a conservative linear difference scheme for the 2d regularized long-wave equation� [appl. math. comput. 342 (2019) 55�70] accession number: 20210109710333 authors: wang, xiaofeng (1); dai, weizhong (2); guo, shuangbing (3) author affiliation: (1) school of mathematics and statistics, minnan normal university, zhangzhou; fujian; 363000, china; (2) mathematics & statistics, college of engineering & science, louisiana tech university, ruston; la; 71272, united states; (3) school of mathematical sciences, henan institute of science and technology, xinxiang; henan; 453003, china corresponding author: wang, xiaofeng(wxf1865@mnnu.edu.cn) source title: applied mathematics and computation abbreviated source title: appl. math. comput. volume: 395 issue date: april 15, 2021 publication year: 2021 article number: 125909 language: english issn: 00963003 coden: amhcbq document type: journal article (ja) publisher: elsevier inc. abstract: the authors found a minor incorrect citation (lemma 3.3) in their above titled paper which should be corrected in this corrigendum. � 2020 elsevier inc. number of references: 2 main heading: mathematical techniques controlled terms: computational methods uncontrolled terms: applied mathematics� - �difference schemes� - �regularized long wave equation doi: 10.1016/j.amc.2020.125909 funding text: the authors would like to express their gratitude to the readers who pointed out the inaccuracies in publication [1]. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 6. construction method for reliability test driving cycle of electric vehicle drive system based on users� big data accession number: 20214311065861 title of translation: authors: zhao, lihui (1, 2, 3); wang, zhen (1); feng, jinzhi (1, 2, 3); zheng, songlin (1, 2, 3); ning, xin (4) author affiliation: (1) school of mechanical engineering, university of shanghai for science & technology, shanghai; 200093, china; (2) cmif key laboratory for strength and reliability evaluation of automotive structures, shanghai; 200093, china; (3) public technology platform for reliability evaluation of new energy vehicles in shanghai, shanghai; 200093, china; (4) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china corresponding authors: zhao, lihui(pheigoe@126.com); zhao, lihui(pheigoe@126.com); zhao, lihui(pheigoe@126.com) source title: jixie gongcheng xuebao/journal of mechanical engineering abbreviated source title: jixie gongcheng xuebao volume: 57 issue: 14 issue date: july 20, 2021 publication year: 2021 pages: 129-140 language: chinese issn: 05776686 coden: chhka2 document type: journal article (ja) publisher: chinese mechanical engineering society abstract: to construct the reliability test driving cycle of the electric vehicle drive system correlated with users� load, based on 300 actual users load data with 3.54 million kilometers, fragment of conditions are extracted and characteristic parameters are constructed with the failure dominant load of the electric drive system. using principal component analysis and k-means clustering analysis methods, the operating segments of the electric drive system under user conditions are divided into five typical conditions. based on the damage accumulation model, the damage caused to the components of the electric drive system under different conditions are analyzed, and the optimal unit damage intensity distribution models are determined for each condition. based on the continuity turning point of the damage distribution, the segments with higher unit damage strength are selected as reliability test driving cycle. based on markov state transition probability matrix, using markov chain monte carlo method to generate pseudo-random numbers for stitching of conditions, then the reliability test load spectrum of the electric vehicle drive system is constructed. the comparison of the constructed reliability test load spectrum with the standard cyclic conditions and customers damage shows that the reliability test loading spectrum of the electric drive system is constructed with higher damage strength, which can effectively cover more than 90 % of the strength under user conditions, so as to provide reference and basis for the reliability design and verification of electric vehicle drive or transmission system. � 2021 journal of mechanical engineering. number of references: 18 main heading: principal component analysis controlled terms: big data� - �digital storage� - �electric drives� - �k-means clustering� - �markov processes� - �monte carlo methods� - �reliability� - �spectrum analysis� - �vehicle transmissions uncontrolled terms: condition� - �construction of condition� - �damage strength� - �driving cycle� - �electric drive system� - �electric vehicle drive systems� - �load spectrum� - �reliability test� - �test drivings� - �user� big data classification code: 602.2 mechanical transmissions� - �722.1 data storage, equipment and techniques� - �723.2 data processing and image processing� - �903.1 information sources and analysis� - �922.1 probability theory� - �922.2 mathematical statistics numerical data indexing: percentage 9.00e 01% doi: 10.3901/jme.2021.14.129 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 7. the combined impact of food antistaling agents and super-chilling on chicken breast meat by physicochemical and dynamic rheological properties����(open access) accession number: 20214611157700 title of translation: impacto combinado de agentes antienranciamiento alimentarios y el superenfriamiento en la carne de pechuga de pollo, medido en sus propiedades fisicoqu�micas y reol�gicas din�micas authors: wang, zhengrong (1, 2); han, lichun (1); tian, xiaolei (1); ma, hanjun (3) author affiliation: (1) school of life science and food engineering, hebei engineering university, handan, china; (2) handan key laboratory of natural products and functional food development, hebei engineering university, handan, china; (3) henan province engineering technology research center of animal products intensive processing and quality safety control, henan institute of science and technology, xinxiang, china corresponding author: wang, zhengrong(wazhro@qq.com) source title: cyta - journal of food abbreviated source title: cyta j. food volume: 19 issue: 1 issue date: 2021 publication year: 2021 pages: 782-792 language: english issn: 19476337 e-issn: 19476345 document type: journal article (ja) publisher: taylor and francis ltd. abstract: for shelf-life prolongation, the effect of super-chilling (sc, "1.5 �c) combined with food antistaling agents (faas) on the chemical and microbiological proprieties of chicken breast were investigated. the results showed a significant difference (p � 2021 the author(s). published with license by taylor & francis group, llc. number of references: 39 main heading: animals controlled terms: food storage� - �meats uncontrolled terms: antibacterial effects� - �breast meat� - �chicken breast� - �dynamic rheological analyse� - �dynamic rheological properties� - �pectorali major� - �physico-chemicals� - �protein solubility� - �rheological analysis� - �shelf life classification code: 694.4 storage� - �822.1 food products plants and equipment� - �822.3 food products numerical data indexing: age 2.192e-02yr, age 4.384e-02yr, temperature 2.745e 02k, temperature 2.77e 02k doi: 10.1080/19476337.2021.1989493 compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 8. polymer acceptor based on naphthalene diimide and diethynylbenzo[1,2-b:4,5-b�] dithiophene units for efficient all-polymer solar cells accession number: 20210910017689 authors: xie, ruihao (1); liang, yiming (2); jing, jianhua (2); chen, jinfan (1); li, renlong (3); zhang, kai (2) author affiliation: (1) school of optoelectronic engineering, guangdong polytechnic normal university, guangzhou; 510665, china; (2) institute of polymer optoelectronic materials and devices, state key laboratory of luminescent materials and devices, south china university of technology, guangzhou; 510640, china; (3) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453003, china corresponding authors: xie, ruihao(xieruihao@gpnu.edu.cn); zhang, kai(mszhangk@scut.edu.cn) source title: dyes and pigments abbreviated source title: dyes pigm. volume: 189 issue date: may 2021 publication year: 2021 article number: 109246 language: english issn: 01437208 e-issn: 18733743 coden: dypidx document type: journal article (ja) publisher: elsevier ltd abstract: five polymer acceptors based on naphthalene diimide (ndi) and diethynylbenzo[1,2-b:4,5-b�]dithiophene (debdt) alternating units were designed and synthesized. the resultant polymers have identical polymer backbones but different side chains on both ndi and debdt units. their photoelectronic properties can be fine-tuned via systematic side chain engineering. in these polymers, the size of the alkyl side chains on ndi units have minimal impacts on light-harvesting properties and molecular energy levels, while introducing side chain groups into debdt units can significantly broad the absorption profile and tune the lowest unoccupied molecular orbital energy levels of polymers. all-polymer solar cells (all-pscs) based on these polymer acceptors and pbdb-t as the electron-donating polymer were fabricated, where the power conversion efficiencies (pces) varied from 0.42% to 5.84%. all-pscs based on pbdb-t:pneod-c8 exhibits the best device performance, which can be ascribed to the lowered energy loss, good light-harvesting capability, balanced charge carrier mobility and proper blend film morphology. these observations indicate that modifying the side chains on both donor and acceptor unit of polymer acceptors is an effective strategy for optimizing their optical and electrical properties, thus lead to high-performance all-pscs. � 2021 elsevier ltd number of references: 55 main heading: polymer solar cells controlled terms: energy dissipation� - �hall mobility� - �hole mobility� - �molecular orbitals� - �naphthalene� - �polymers uncontrolled terms: all-polymer solar cells� - �light harvesting properties� - �lowest unoccupied molecular orbital energy levels� - �molecular energy levels� - �naphthalene diimide� - �optical and electrical properties� - �photoelectronic properties� - �power conversion efficiencies classification code: 525.4 energy losses (industrial and residential)� - �712.1 semiconducting materials� - �801.4 physical chemistry� - �804.1 organic compounds� - �815.1 polymeric materials� - �933.3 electronic structure of solids numerical data indexing: percentage 4.20e-01% to 5.84e 00% doi: 10.1016/j.dyepig.2021.109246 funding details: number: 21805098,51903073, acronym: nsfc, sponsor: national natural science foundation of china; number: 201906010074, acronym: -, sponsor: pearl river s and t nova program of guangzhou; funding text: this study was financially supported by the national natural science foundation of china (no. 21805098 and 51903073 ), the pearl river nova program of guangzhou (no. 201906010074 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 9. reconstruction of ancestral karyotype illuminates chromosome evolution in the genus cucumis accession number: 20213010674655 authors: zhao, qinzheng (1); meng, ya (1); wang, panqiao (1); qin, xiaodong (1); cheng, chunyan (1); zhou, junguo (2); yu, xiaqing (1); li, ji (1); lou, qunfeng (1); jahn, molly (3); chen, jinfeng (1) author affiliation: (1) state key laboratory of crop genetics and germplasm enhancement, college of horticulture, nanjing agricultural university, nanjing; 210095, china; (2) college of horticulture and landscape, henan institute of science and technology, xinxiang; 453000, china; (3) department of agronomy, university of wisconsin-madison, madison; wi; 53726, united states corresponding authors: lou, qunfeng(qflou@njau.edu.cn); chen, jinfeng(jfchen@njau.edu.cn); jahn, molly(molly.jahn@jahnresearchgroup.net) source title: plant journal abbreviated source title: plant j. volume: 107 issue: 4 issue date: august 2021 publication year: 2021 pages: 1243-1259 language: english issn: 09607412 e-issn: 1365313x coden: pljued document type: journal article (ja) publisher: john wiley and sons inc abstract: karyotype dynamics driven by complex chromosome rearrangements constitute a fundamental issue in evolutionary genetics. the evolutionary events underlying karyotype diversity within plant genera, however, have rarely been reconstructed from a computed ancestral progenitor. here, we developed a method to rapidly and accurately represent extant karyotypes with the genus, cucumis, using highly customizable comparative oligo-painting (cop) allowing visualization of fine-scale genome structures of eight cucumis species from both african-origin and asian-origin clades. based on cop data, an evolutionary framework containing a genus-level ancestral karyotype was reconstructed, allowing elucidation of the evolutionary events that account for the origin of these diverse genomes within cucumis. our results characterize the cryptic rearrangement hotspots on ancestral chromosomes, and demonstrate that the ancestral cucumis karyotype (n�=�12) evolved to extant cucumis genomes by hybridizations and frequent lineage- and species-specific genome reshuffling. relative to the african species, the asian species, including melon (cucumis melo, n�=�12), cucumis hystrix (n�=�12) and cucumber (cucumis sativus, n�=�7), had highly shuffled genomes caused by large-scale inversions, centromere repositioning and chromothripsis-like rearrangement. the deduced reconstructed ancestral karyotype for the genus allowed us to propose evolutionary trajectories and specific events underlying the origin of these cucumis species. our findings highlight that the partitioned evolutionary plasticity of cucumis karyotype is primarily located in the centromere-proximal regions marked by rearrangement hotspots, which can potentially serve as a reservoir for chromosome evolution due to their fragility. � 2021 society for experimental biology and john wiley & sons ltd. number of references: 62 main heading: chromosomes controlled terms: biology� - �plants (botany) uncontrolled terms: chromosome evolution� - �chromosome rearrangement� - �cucumis sativus� - �evolutionary events� - �evolutionary framework� - �evolutionary genetics� - �genome structures� - �species specifics classification code: 461.2 biological materials and tissue engineering� - �461.9 biology doi: 10.1111/tpj.15381 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 10. an overview of recent advances and applications of ft-ir spectroscopy for quality, authenticity, and adulteration detection in edible oils accession number: 20212110407717 authors: mousa, magdi a. a. (1, 2); wang, yangyang (3); antora, salma akter (4); al-qurashi, adel d. (1); ibrahim, omer h. m. (1, 5); he, hong-ju (6); liu, shu (7); kamruzzaman, mohammed (8) author affiliation: (1) department of arid land agriculture, faculty of meteorology, environment and arid land agriculture, king abdulaziz university, jeddah, saudi arabia; (2) department of vegetables, faculty of agriculture, assiut university, assiut, egypt; (3) school of food science, henan institute of science and technology, xinxiang, china; (4) department of biological engineering, university of missouri, columbia; mo, united states; (5) department of ornamental plants and landscape gardening, faculty of agriculture, assiut university, egypt; (6) school of life science and technology, henan institute of science and technology, xinxiang, china; (7) department of environmental science and engineering, school of space and environment, beihang university, beijing, china; (8) department of agricultural and biological engineering, university of illinois at urbana-champaign, urbana; il, united states corresponding author: kamruzzaman, mohammed source title: critical reviews in food science and nutrition abbreviated source title: crit. rev. food sci. nutr. issue date: 2021 publication year: 2021 language: english issn: 10408398 e-issn: 15497852 coden: crfnd6 document type: article in press publisher: bellwether publishing, ltd. abstract: authenticity and adulteration detection are primary concerns of various stakeholders, such as researchers, consumers, manufacturers, traders, and regulatory agencies. traditional approaches for authenticity and adulteration detection in edible oils are time-consuming, complicated, laborious, and expensive; they require technical skills when interpreting the data. over the last several years, much effort has been spent in academia and industry on developing vibrational spectroscopic techniques for quality, authenticity, and adulteration detection in edible oils. among them, fourier transforms infrared (ft-ir) spectroscopy has gained enormous attention as a green analytical technique for the rapid monitoring quality of edible oils at all stages of production and for detecting and quantifying adulteration and authenticity in edible oils. the technique has several benefits such as rapid, precise, inexpensive, and multi-analytical; hence, several parameters can be predicted simultaneously from the same spectrum. associated with chemometrics, the technique has been successfully implemented for the rapid detection of adulteration and authenticity in edible oils. after presenting the fundamentals, the latest research outcomes in the last 10 years on quality, authenticity, and adulteration detection in edible oils using ft-ir spectroscopy will be highlighted and described in this review. additionally, opportunities, challenges, and future trends of ft-ir spectroscopy will also be discussed. � 2021 taylor & francis group, llc. number of references: 122 main heading: authentication controlled terms: fourier transforms� - �spacecraft instruments uncontrolled terms: ftir spectroscopy� - �rapid detection� - �rapid monitoring� - �regulatory agencies� - �research outcome� - �technical skills� - �traditional approaches� - �vibrational spectroscopic techniques classification code: 655.1 spacecraft, general� - �723 computer software, data handling and applications� - �921.3 mathematical transformations numerical data indexing: age 1.00e 01yr doi: 10.1080/10408398.2021.1922872 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 11. multi-scale gradients self-attention residual learning for face photo-sketch transformation accession number: 20204709505853 authors: duan, shuchao (1); chen, zhenxue (1, 2); wu, q. m. jonathan (3); cai, lei (4); lu, dan (1) author affiliation: (1) school of control science and engineering, shandong university, jinan; 250061, china; (2) shenzhen research institute, shandong university, shandong university, shenzhen; 518057, china; (3) department of electrical and computer engineering, university of windsor, windsor; n9b 3p4, canada; (4) school of information engineering, henan institute of science and technology, xinxiang; 453003, china corresponding author: chen, zhenxue(chenzhenxue@sdu.edu.cn) source title: ieee transactions on information forensics and security abbreviated source title: ieee trans. inf. forensics secur. volume: 16 issue date: 2021 publication year: 2021 pages: 1218-1230 article number: 9225019 language: english issn: 15566013 e-issn: 15566021 document type: journal article (ja) publisher: institute of electrical and electronics engineers inc. abstract: face sketch synthesis, as a key technique for solving face sketch recognition, has made considerable progress in recent years. due to the difference of modality between face photo and face sketch, traditional exemplar-based methods often lead to missed texture details and deformation while synthesizing sketches. and limited to the local receptive field, convolutional neural networks-based methods cannot deal with the interdependence between features well, which makes the constraint of facial features insufficient; as such, it cannot retain some details in the synthetic image. moreover, the deeper the network layer is, the more obvious the problems of gradient disappearance and explosion will be, which will lead to instability in the training process. therefore, in this paper, we propose a multi-scale gradients self-attention residual learning framework for face photo-sketch transformation that embeds a self-attention mechanism in the residual block, making full use of the relationship between features to selectively enhance the characteristics of specific information through self-attention distribution. simultaneously, residual learning can keep the characteristics of the original features from being destroyed. in addition, the problem of instability in gan training is alleviated by allowing discriminator to become a function of multi-scale outputs of the generator in the training process. based on cycle framework, the matching between the target domain image and the source domain image can be constrained while the mapping relationship between the two domains is established so that the tasks of face photo-to-sketch synthesis (fp2s) and face sketch-to-photo synthesis (fs2p) can be achieved simultaneously. both image quality assessment (iqa) and experiments related to face recognition show that our method can achieve state-of-the-art performance on the public benchmarks, whether using fp2s or fs2p. � 2005-2012 ieee. number of references: 53 main heading: face recognition controlled terms: benchmarking� - �convolutional neural networks� - �image enhancement� - �network layers� - �textures uncontrolled terms: attention mechanisms� - �exemplar based methods� - �face sketch recognition� - �face sketch synthesis� - �image quality assessment (iqa)� - �mapping relationships� - �specific information� - �state-of-the-art performance classification code: 723 computer software, data handling and applications doi: 10.1109/tifs.2020.3031386 funding details: number: 2019gsf111002, acronym: -, sponsor: major scientific and technological innovation project of shandong province; number: 2019yfb1311001, acronym: nkrdpc, sponsor: national key research and development program of china; number: 2018icip03, acronym: -, sponsor: -; number: scip201801, acronym: -, sponsor: key laboratory of system control and information processing; number: isn20-06, acronym: -, sponsor: -; number: jcyj20180305164401921, acronym: -, sponsor: -; number: 61876099, acronym: nsfc, sponsor: national natural science foundation of china; funding text: manuscript received july 11, 2020; revised september 10, 2020; accepted october 5, 2020. date of publication october 15, 2020; date of current version november 6, 2020. this work was supported in part by the national natural science foundation of china under grant 61876099, in part by the national key research and development program of china under grant 2019yfb1311001, in part by the scientific and technological development project of shandong province under grant 2019gsf111002, in part by the shenzhen science and technology research and development funds under grant jcyj20180305164401921, in part by the foundation of ministry of education key laboratory of system control and information processing under grant scip201801, in part by the foundation of key laboratory of intelligent computing and information processing of the ministry of education under grant 2018icip03, and in part by the foundation of state key laboratory of integrated services networks under grant isn20-06. the associate editor coordinating the review of this manuscript and approving it for publication was dr. andrew beng jin teoh. (shuchao duan and zhenxue chen are co-first authors.) (corresponding author: zhenxue chen.) shuchao duan and dan lu are with the school of control science and engineering, shandong university, jinan 250061, china (e-mail: dscvincent1995@gmail.com; ludan1994@foxmail.com). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 12. phenylurea herbicide degradation and n-nitrosodimethylamine formation under various oxidation conditions: relationships and transformation pathways accession number: 20204909586887 authors: wang, wanfeng (1); yang, panqing (1); guo, yanling (2); ji, haoran (1); liang, fang (1) author affiliation: (1) key laboratory for yellow river and huai river water environmental and pollution control, ministry of education, henan key laboratory for environmental pollution control, school of environment, henan normal university, xinxiang; 453007, china; (2) college of resource and environment, henan institute of science and technology, xinxiang; 453003, china corresponding author: wang, wanfeng(wangwf031184@htu.cn) source title: environmental pollution abbreviated source title: environ. pollut. volume: 269 issue date: january 15, 2021 publication year: 2021 article number: 116122 language: english issn: 02697491 e-issn: 18736424 coden: enpoek document type: journal article (ja) publisher: elsevier ltd abstract: four phenylurea herbicides (puhs) were assessed for degradation and transformation into n-nitrosodimethylamine (ndma) under three oxidation conditions (chlorine (cl2), chlorine dioxide (clo2), and ozone (o3)) from an aqueous solution. removal ratios correlated with the numbers of halogen elements contained in puhs (isoproturon (0) > chlorotoluron (1 cl) > diuron (2 cl) > fluometuron (3 f)), and the degradation efficiencies of oxidants from fastest to slowest were: o3, clo2, and cl2. ndma can be generated directly from the ozonation of puhs. further, compared with chloramination alone, ozonation prominently promoted ndma formation potential (ndma-fp) during post-chloramination, and ndma-fps increased approximately 23�68 times than those during ozonation only at 2.5 mg/l o3 over 10 min; molar yields of ndma from highest to lowest were 11.1% (isoproturon), 1.17% (chlorotoluron), 1.0% (diuron), and 0.73% (fluometuron). the puh degradation kinetics data during ozonation agreed with the pseudo-first-order model. the rate constant kobs were 0.31 � 10"3 19.8 � 10"3 s"1. the kobs and removal ratios of puhs during ozonation partially scaled with the mass, logkow, and henry s constants of puhs. comparisons of measured ndma-fps with calculated ndma-fps from residual puh after oxidation showed that the intermediates produced during ozonation facilitated ndma-fps; this contribution was also observed for chlorotoluron and isoproturon during clo2 oxidation. examination of reaction mechanisms revealed that tertiary amine ozonation, n-dealkylation, hydroxylation, the cleavage of n�c bonds, ammonification, and nitrification occurred during the ozonation of puhs, and the dimethylamine (dma) functional groups could be decomposed directly and transformed into ndma via the formation of the intermediate unsymmetrical dimethylhydrazine. ndma is also formed from the reaction between dma and phenylamino-compounds. clarifying primary degradation products of puhs and transformation pathways of ndma during oxidation processes is useful to optimize treatment processes for water supplies. � 2020 elsevier ltd number of references: 57 main heading: reaction intermediates controlled terms: amination� - �amines� - �biodegradation� - �chlorine compounds� - �clarification� - �degradation� - �halogen elements� - �herbicides� - �oxidation� - �ozone � - �ozone water treatment� - �ozonization� - �rate constants� - �transport properties� - �urea� - �water supply� - �weed control uncontrolled terms: degradation efficiency� - �degradation kinetics� - �degradation products� - �n-nitrosodimethylamine� - �oxidation conditions� - �phenylurea herbicides� - �transformation pathways� - �unsymmetrical dimethylhydrazine classification code: 446.1 water supply systems� - �461.8 biotechnology� - �802.2 chemical reactions� - �802.3 chemical operations� - �804 chemical products generally� - �804.1 organic compounds� - �931.2 physical properties of gases, liquids and solids numerical data indexing: percentage 1.00e 00%, percentage 1.11e 01%, percentage 1.17e 00%, percentage 7.30e-01% doi: 10.1016/j.envpol.2020.116122 funding details: number: 202102310603, acronym: -, sponsor: -; number: 18k04kldwst,202015, acronym: cas, sponsor: chinese academy of sciences; number: 202300410244, acronym: -, sponsor: natural science foundation of henan province; number: 51208184, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was supported by the national natural science foundation of china (no. 51208184 ), the technology department of the henan science and technology fund project (no. 202102310603 ), the natural science foundation of henan province of china (no. 202300410244 ), and the special fund of the key laboratory of drinking water science and technology, research center for eco-environmental sciences, chinese academy of sciences (no. 18k04kldwst ), the graduate student scientific research innovation project ( yl. 202015 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 13. amino acids metabolism by rumen microorganisms: nutrition and ecology strategies to reduce nitrogen emissions from the inside to the outside accession number: 20213310783987 authors: tan, peng (1); liu, han (2, 3); zhao, jing (2, 3); gu, xueling (1); wei, xiaobing (3); zhang, xiaojian (3); ma, ning (1); johnston, lee j. (4); bai, yueyu (3); zhang, wenju (2); nie, cunxi (2); ma, xi (1, 2) author affiliation: (1) state key laboratory of animal nutrition, college of animal science and technology, china agricultural university, beijing; 100193, china; (2) college of animal science and technology, shihezi university, shihezi; xinjiang; 832000, china; (3) college of animal science and veterinary medicine, henan institute of science and technology, xinxiang; henan; 453003, china; (4) west central research & outreach center, university of minnesota, morris; mn; 56267, united states corresponding author: ma, xi(maxi@cau.edu.cn) source title: science of the total environment abbreviated source title: sci. total environ. volume: 800 issue date: december 15, 2021 publication year: 2021 article number: 149596 language: english issn: 00489697 e-issn: 18791026 coden: steva8 document type: journal article (ja) publisher: elsevier b.v. abstract: for the ruminant animal industry, the emission of nitrogenous substances, such as nitrous oxide (n2o) and ammonia (nh3), not only challenges environmental sustainability but also restricts its development. the metabolism of proteins and amino acids by rumen microorganisms is a key factor affecting nitrogen (n) excretion in ruminant animals. rumen microorganisms that affect n excretion mainly include three types: proteolytic and peptidolytic bacteria (ppb), ureolytic bacteria (ub), and hyper-ammonia-producing bacteria (hab). microbes residing in the rumen, however, are influenced by several complex factors, such as diet, which results in fluctuations in the rumen metabolism of proteins and amino acids and ultimately affects n emission. combining feed nutrition strategies (including ingredient adjustment and feed additives) and ecological mitigation strategies of n2o and nh3 in industrial practice can reduce the emission of nitrogenous pollutants from the ruminant breeding industry. in this review, the characteristics of the rumen microbial community related to n metabolism in ruminants were used as the metabolic basis. furthermore, an effective strategy to increase n utilisation efficiency in combination with nutrition and ecology was reviewed to provide an inside-out approach to reduce n emissions from ruminants. � 2021 elsevier b.v. number of references: 114 main heading: mammals controlled terms: amino acids� - �ammonia� - �bacteria� - �industrial emissions� - �metabolism� - �nitrogen� - �nitrogen oxides� - �nutrition� - �proteins� - �sustainable development uncontrolled terms: amino acid metabolism� - �amino-acids� - �feed nutrition� - �n emission� - �n excretions� - �n$-2$/o� - �nh$-3$� - �nitrogen emissions� - �nitrous oxide� - �rumen microorganism classification code: 451.1 air pollution sources� - �461.7 health care� - �804 chemical products generally� - �804.1 organic compounds� - �804.2 inorganic compounds numerical data indexing: size 7.62e-02m doi: 10.1016/j.scitotenv.2021.149596 funding details: number: 2017yfd0500501, acronym: nkrdpc, sponsor: national key research and development program of china; number: 2018yfd0500601, acronym: nkrdpc, sponsor: national key research and development program of china; number: 31722054, acronym: nsfc, sponsor: national natural science foundation of china; number: 31829004, acronym: nsfc, sponsor: national natural science foundation of china; number: 31930106, acronym: nsfc, sponsor: national natural science foundation of china; number: b16044, acronym: -, sponsor: higher education discipline innovation project; number: rczk201943, acronym: -, sponsor: shihezi university; funding text: this work was supported by the national natural science foundation of china (31930106, 31829004, and 31722054), the national key research and development program of china (2018yfd0500601 and 2017yfd0500501), the national ten-thousand talents program of china (23070201), the 111 project (b16044) and the high level talent research start-up project of shihezi university (rczk201943). our profound admiration and respect go to researchers in this field and our laboratories, for their dedication and hard work. we apologize to scientists whose work is in this field if their papers are not cited owing to space limitations. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 14. controllable enzymatic superactivity of �-chymotrypsin activated by the electrostatic interaction with cationic gemini surfactants����(open access) accession number: 20210809956490 authors: yue, zheng (1); yao, meihuan (1); bai, guangyue (1); wang, jiuxia (1, 2); zhuo, kelei (1); wang, jianji (1); wang, yujie (2) author affiliation: (1) collaborative innovation center of henan province for green manufacturing of fine chemicals, key laboratory of green chemical media and reactions, ministry of education, school of chemistry and chemical engineering, henan normal university, xinxiang; henan; 453007, china; (2) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; henan; 453003, china corresponding author: bai, guangyue(baiguangyue@htu.cn) source title: rsc advances abbreviated source title: rsc adv. volume: 11 issue: 13 issue date: february 12, 2021 publication year: 2021 pages: 7294-7304 language: english e-issn: 20462069 coden: rscacl document type: journal article (ja) publisher: royal society of chemistry abstract: surfactant plays a critical role in enzymatic multi-functionalization processes. however, a deep understanding of surfactant-enzyme interactions has been lacking up until now due to the extreme complexity of the mixed system. this work reported the effect of cationic gemini surfactants, alkanediyl-�,�-bis(dimethyldodecylammonium bromide) (c12csc12br2,s= 2, 6, and 10) on the enzymatic activity and conformation of �-chymotrypsin (�-ct) in phosphate buffer solution (pbs, ph 7.3). the enzymatic activity was assessed by the rate of 2-naphthyl acetate (2-na) hydrolysis measured by uv-vis absorption. the superactivity of �-ct in the presence of c12csc12br2appears in the concentration region below the critical micelle concentration (cmc) of the surfactant, and its maximum superactivity is correlated to the spacer length of c12csc12br2. subtle regulation of the charge density of headgroups of the cationic surfactant can be achieved through partial charge neutralization of cationic headgroups by introducing inorganic counterions or oppositely charged surfactant, demonstrating that the electrostatic interaction plays the crucial role for emergence of the superactivity. the interaction between c12csc12br2(s= 2,6, and 10) and �-ct was characterized by isothermal titration calorimetry (itc), and the obtained endothermic enthalpy change indicates that the interaction induces the change in conformation and enzymatic superactivity. the methodologies of fluorescence spectroscopy, circular dichroism (cd), and differential scanning calorimetry (dsc) show that the gemini surfactants with different spacer lengths induct and regulate the secondary, tertiary and even fourth structures of the protein. the present work is significant to get deeper insight into the mechanism of the activation and denaturation of enzymes. � the royal society of chemistry 2021. number of references: 63 main heading: cationic surfactants controlled terms: calorimeters� - �circular dichroism spectroscopy� - �computerized tomography� - �critical micelle concentration� - �dichroism� - �differential scanning calorimetry� - �electrostatic separators� - �electrostatics� - �enzymes� - �fluorescence spectroscopy � - �micelles� - �shims uncontrolled terms: cationic gemini surfactant� - �concentration region� - �critical micelle concentration (cmc)� - �isothermal titration calorimetry� - �multi-functionalization� - �oppositely charged surfactants� - �partial charge neutralization� - �phosphate buffer solutions classification code: 601.2 machine components� - �701.1 electricity: basic concepts and phenomena� - �723.5 computer applications� - �741.1 light/optics� - �741.3 optical devices and systems� - �801.3 colloid chemistry� - �802.1 chemical plants and equipment� - �803 chemical agents and basic industrial chemicals� - �944.5 temperature measuring instruments� - �944.6 temperature measurements doi: 10.1039/d0ra09843d funding details: number: 21773059,21873026,51905158, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work received support from the national natural science foundation of china (project nos. 21773059, 51905158, 21873026). compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 15. limn2o4 prepared from waste lithium ion batteries through sol-gel process accession number: 20210909989801 authors: yao, lu (1); xi, yuebin (2, 4); han, huijuan (3); li, weiwei (1); wang, cunjing (1); feng, yong (1) author affiliation: (1) school of chemistry and materials engineering, xinxiang university, xinxiang; 453003, china; (2) state key laboratory of biobased material and green papermaking, key laboratory of paper science and technology of ministry of education, qilu university of technology, jinan; 250353, china; (3) school of chemistry and chemical engineering, henan institute of science and technology, xinxinag; 453003, china; (4) state key laboratory of pulp and paper engineering, south china university of technology, wushan road 381, guangzhou; 510640, china corresponding authors: yao, lu(yaolu001@163.com); xi, yuebin(xybhsd1@126.com) source title: journal of alloys and compounds abbreviated source title: j alloys compd volume: 868 issue date: july 5, 2021 publication year: 2021 article number: 159222 language: english issn: 09258388 coden: jalceu document type: journal article (ja) publisher: elsevier ltd abstract: the core issues that restrict the recycling of waste lithium-ion batteries (libs) are the difficulty of separation and the secondary pollution that occurs during the recycling process. in this paper, new limn2o4 (lmo) was prepared directly from the leaching solution of waste libs, which avoided the complex separation process. citric acid was used as the leaching reagent, and glucose was used as the reducing agent. the structural properties of the resynthesized lmos calcined at different temperatures were studied by x-ray diffraction (xrd) and further refined by the rietveld method. xrd and rietveld refinement confirmed that all the samples had cubic spinel structures, and the lattice parameters increased with increasing temperature. the surface morphology of the final products was characterized by sem, tem and xps to determine the crystal structure, morphology and surface chemical constitution. the electrochemical properties were also tested. the results showed that the new limn2o4 prepared from waste libs possessed good electrochemical properties, and this method for recycling waste lithium-ion batteries is feasible. � 2021 elsevier b.v. number of references: 39 main heading: lithium-ion batteries controlled terms: crystal structure� - �electrochemical properties� - �electronic waste� - �ions� - �leaching� - �lithium compounds� - �manganese compounds� - �morphology� - �recycling� - �rietveld analysis � - �rietveld refinement� - �sol-gel process� - �surface morphology� - �x ray diffraction uncontrolled terms: complex separations� - �cubic spinel structure� - �increasing temperatures� - �leaching solution� - �recycling of wastes� - �recycling process� - �secondary pollution� - �surface chemicals classification code: 452.3 industrial wastes� - �801 chemistry� - �801.4.1 electrochemistry� - �802.3 chemical operations� - �812.3 glass� - �933.1.1 crystal lattice� - �951 materials science doi: 10.1016/j.jallcom.2021.159222 funding details: number: 19a150040,19a610008,20a150017, acronym: -, sponsor: -; number: zr2020qb197, acronym: -, sponsor: -; number: zz20200101, acronym: -, sponsor: -; number: 51902278, acronym: nsfc, sponsor: national natural science foundation of china; number: 202005, acronym: sklppe, sponsor: state key laboratory of pulp and paper engineering; funding text: this research was supported by a grant from the national natural science foundation of china ( 51902278 ), key scientific research project plan of henan university ( 19a610008 , 20a150017 , and 19a150040 ), natural science foundation of shandong province youth project ( zr2020qb197 ), state key laboratory of pulp and paper engineering ( 202005 ), and state key laboratory of biobased material and green papermaking ( zz20200101 ), qilu university of technology . compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 16. application of a dissolved oxygen control strategy to increase the expression of streptococcus suis glutamate dehydrogenase in escherichia coli accession number: 20211110081319 authors: cheng, likun (1); zhao, chunguang (2); yang, xiuyan (1, 3); song, zheng (3); lin, chuwen (1); zhao, xiubao (1); wang, jinliang (1); wang, jing (3); wang, lei (4); xia, xiaojing (4); shen, zhiqiang (1) author affiliation: (1) shandong research center of high cell density fermentation and efficient expression technology, shandong lvdu bio-science and technology co., ltd., shandong binzhou animal science and veterinary medicine academy, binzhou; 256600, china; (2) research and development center, ningxia eppen biotech co., ltd., yinchuan; 750000, china; (3) department of clinical pharmacy, affiliated hospital of binzhou medical university, binzhou; 256600, china; (4) college of animal science and veterinary medicine, henan institute of science and technology, xinxiang; 453003, china corresponding author: cheng, likun(13854359698@126.com) source title: world journal of microbiology and biotechnology abbreviated source title: world j. microbiol. biotechnol. volume: 37 issue: 4 issue date: april 2021 publication year: 2021 article number: 60 language: english issn: 09593993 e-issn: 15730972 coden: wjmbey document type: journal article (ja) publisher: springer science and business media b.v. abstract: the accumulation of acetate in escherichia coli inhibits cell growth and desired protein synthesis, and cell density and protein expression are increased by reduction of acetate excretion. dissolved oxygen (do) is an important parameter for acetate synthesis, and the accumulation of acetate is inversely correlated to do level. in this study, the effect of do levels on glutamate dehydrogenase (gdh) expression was investigated, and then different do control strategies were tested for effects on gdh expression. do control strategy iv (50% 0�9�h, 30% 9�18�h) provided the highest cell density (15.43�g/l) and gdh concentration (3.42�g/l), values 1.59- and 1.99-times higher than those achieved at 10% do. the accumulation of acetate was 2.24�g/l with do control strategy iv, a decrease of 40.74% relative to that achieved for growth at 10% do. additionally, under do control strategy iv, there was lower expression of poxb, a key enzyme for acetate synthesis, at both the transcriptional and translational level. at the same time, higher transcription and protein expression levels were observed for a glyoxylate shunt gene (acea), an acetate uptake gene (acs), gluconeogensis and anaplerotic pathways genes (pcka, ppsa, ppc, and sfca), and a tca cycle gene (glta). the flux of acetate with do strategy iv was 8.4%, a decrease of 62.33% compared with the flux at 10% do. this decrease represents both lower flux for acetate synthesis and increased flux of reused acetate. � 2021, the author(s), under exclusive licence to springer nature b.v. number of references: 35 main heading: dissolved oxygen controlled terms: biosynthesis� - �cell proliferation� - �dissolved oxygen sensors� - �escherichia coli� - �proteins� - �transcription� - �volatile fatty acids uncontrolled terms: anaplerotic pathway� - �cell density� - �dissolved oxygen control� - �glutamate dehydrogenase� - �key enzymes� - �protein expression levels� - �protein expressions� - �protein synthesis classification code: 461.8 biotechnology� - �461.9 biology� - �804.1 organic compounds numerical data indexing: percentage 4.07e 01%, percentage 6.23e 01%, percentage 8.40e 00% doi: 10.1007/s11274-021-03025-2 funding details: number: 2019jzzy020606, acronym: -, sponsor: -; number: 2020hytp041,2021hytp038, acronym: -, sponsor: -; number: 182102110347,202102110101, acronym: -, sponsor: -; number: 2020ggjs163, acronym: -, sponsor: -; number: 201741916018, acronym: -, sponsor: -; number: 2015zc0107, acronym: -, sponsor: -; number: 31702263, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this study was funded by the major science and technology innovation project of shandong (2019jzzy020606), the development of science and technology plan program of binzhou (2015zc0107), the technological innovation project of shandong (201741916018), the key specialized research and development breakthrough program in henan province (202102110101, 182102110347), young talent lifting project in henan province (2020hytp041,2021hytp038) , the national natural science foundation of china (31702263) and the youth backbone teacher project of colleges and universities of henan province (2020ggjs163). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 17. response dynamics and sustainability of the microbial community structure in biocrusts to moderate disturbance: results of long-term effects accession number: 20213910938059 authors: bao, tianli (1, 2); jiao, xiaoguang (1); yang, xueqin (2, 3); xu, mingxiang (2); li, wen (2); qiao, yu (2); gao, liqian (2); zhao, yunge (2) author affiliation: (1) college of modern agriculture and ecological environment, heilongjiang university, harbin; heilongjiang; 150080, china; (2) state key laboratory of soil erosion and dryland farming on the loess plateau, institute of soil and water conservation, northwest a&f university, yangling; shaanxi; 712100, china; (3) college of life science and technology, henan institute of science and technology, xinxiang; henan; 453003, china corresponding author: zhao, yunge(zyunge@ms.iswc.ac.cn) source title: geoderma abbreviated source title: geoderma volume: 405 issue date: january 1, 2022 publication year: 2022 article number: 115460 language: english issn: 00167061 coden: gedmab document type: journal article (ja) publisher: elsevier b.v. abstract: the intermediate-disturbance hypothesis (idh) posits that more species will be found under moderate disturbance in an ecosystem. we found that moderate disturbance improved the microbial community structure in biocrusts in a one-year field experiment in a dryland ecosystem. however, whether the improvement of microbial community structure in biocrusts can be sustained for a long time is unclear. here, considering microorganisms as indicators, we used the phospholipid fatty acid (plfa) method to examine changes in the microbial communities of biocrusts under varying disturbance intensities from 2016 to 2019. we found that under moderate disturbance, the total microbial plfas of biocrusts increased by 11 <" 94% in the 4 years of disturbance, and the microbial community in biocrusts was more abundant under such disturbance than under no disturbance over time. the ratios of fungal to bacterial plfas (f/b) and gram-negative to gram-positive bacterial plfas (g"/g ) under moderate disturbance increased over time. however, these variables decreased over time under low- and high-intensity disturbances. the alterations were related to improvements in cyanobacterial biomass, available n, soil moisture, and vegetation coverage and a reduction in the c/n ratio. through a long-term experiment, we demonstrated that improvements in microbial community in biocrusts under moderate disturbance can be maintained over the long term. our study provides insights into the sustainability of biocrust systems under moderate disturbance in drylands. � 2021 elsevier b.v. number of references: 52 main heading: soil moisture controlled terms: bacteria� - �ecosystems� - �fatty acids� - �phospholipids� - �sustainable development uncontrolled terms: biocrust� - �disturbance� - �dry land� - �field experiment� - �intermediate disturbance hypothesis� - �long-term effects� - �microbial communities� - �microbial community structures� - �phospholipid fatty acid� - �phospholipid fatty acids classification code: 454.3 ecology and ecosystems� - �483.1 soils and soil mechanics� - �804.1 organic compounds numerical data indexing: age 4.00e 00yr, percentage 9.40e 01% doi: 10.1016/j.geoderma.2021.115460 funding details: number: 41830758, acronym: nsfc, sponsor: national natural science foundation of china; number: 41907056, acronym: nsfc, sponsor: national natural science foundation of china; funding text: the research was supported by the national natural science foundation of china (41830758; 41907056), �light of the west� cross team-key laboratory cooperative research project: �effects and trading off of moderate grazing on restoration ecosystem services and in the hilly loess plateau region�, open foundation of state key laboratory of soil erosion and dryland farming on the loess plateau of china (a314021402-1912), heilongjiang provincial universities basic scientific research funds project (2020-kyywf-1045). we also express our gratitude to the anonymous reviewers and editors for their constructive comments and suggestions. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 18. friction and wear characteristics of agglomerated diamond abrasives and lapping performance of fixed agglomerated diamond pads accession number: 20210309788903 authors: wang, zikun (1); niu, fengli (1); wang, zhankui (2); li, jun (1); sun, tao (3, 4); zhu, yongwei (1) author affiliation: (1) jiangsu key laboratory of precision and micro-manufacturing technology, college of mechanical and electrical engineering, nanjing university of aeronautics and astronautics, nanjing; 210016, china; (2) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china; (3) college of chemistry and chemical engineering, shanghai university of engineering science, shanghai; 201620, china; (4) research center for advanced micro- and nano-fabrication materials, shanghai university of engineering science, shanghai; 201620, china corresponding authors: zhu, yongwei(meeywzhu@nuaa.edu.cn); sun, tao(04190006@sues.edu.cn) source title: wear abbreviated source title: wear volume: 470-471 issue date: april 15, 2021 publication year: 2021 article number: 203598 language: english issn: 00431648 coden: wearah document type: journal article (ja) publisher: elsevier ltd abstract: the friction and wear behaviors of agglomerate abrasive grits in fixed abrasive (fa) pad are closely related to the pad self-conditioning process, which significantly affects its lapping performance and its process stability. in this study, the agglomerated diamond (ad) with two binder concentration were prepared. the prepared single ad grits were then cured into resin posts respectively, and their friction and wear characteristics at different loads by the pin-on-disk test were compared with those of a testing post of single crystal diamonds (scd). the coefficient of friction (cof) and the cross-sectional area of the wear scars was measured to evaluate the continuous micro-cutting performance of abrasive grits. the worn grits after 30min and 120 min testing were examined by scanning electron microscopy (sem). the fixed abrasive pads embedded with ad grits were prepared, and their lapping performance at loads of 7 kpa and 14 kpa were evaluated. it could be concluded that the concentration of binders in ad is a key factor in the strength of ad and further influencing the development of micro-fracture in fa lapping process. the higher the strength of ad, the higher the protrusion of ad and less likely to micro-fracturing during fa lapping at the same load. the self-conditioning of the fa pad could be achieved by the synergy of micro-fracturing of ad and wear of the resin matrix. � 2021 elsevier b.v. number of references: 20 main heading: friction controlled terms: abrasives� - �agglomeration� - �binders� - �diamonds� - �fracture� - �lapping� - �resins� - �scanning electron microscopy� - �single crystals� - �wear of materials uncontrolled terms: binder concentration� - �coefficient of frictions� - �conditioning process� - �cross sectional area� - �fixed abrasive pads� - �friction and wear behaviors� - �friction and wear characteristics� - �single crystal diamond classification code: 482.2.1 gems� - �606.1 abrasive materials� - �606.2 abrasive devices and processes� - �802.3 chemical operations� - �803 chemical agents and basic industrial chemicals� - �815.1.1 organic polymers� - �933.1 crystalline solids� - �951 materials science numerical data indexing: pressure 1.40e 04pa, pressure 7.00e 03pa, time 1.80e 03s, time 7.20e 03s doi: 10.1016/j.wear.2020.203598 funding details: number: 51675276, acronym: nsfc, sponsor: national natural science foundation of china; number: u1804142, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was financially supported by the national natural science foundation of china (51675276 and u1804142). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 19. tuning novel cd(ii) topology networks through choosing three neutral and zwitterionic n/o-donor ligands: synthesis, structures, and fluorescence accession number: 20204409430626 authors: zhao, zhen-xin (1, 2); zhao, gao-li (3); lu, bing-xue (1); zhang, hao-hao (1); li, gao-sheng (1); wang, li-fu (2); cui, cheng-xing (3, 4); qu, ling-bo (4) author affiliation: (1) chemical and materials engineering, henan university of urban construction, pingdingshan, china; (2) department of chemistry, tkl of metal- and molecule-based material chemistry and collaborative innovation center of chemical science and engineering (tianjin), nankai university, tianjin, china; (3) henan institute of science and technology, xinxiang, china; (4) college of chemistry and institute of green catalysis, zhengzhou university, zhengzhou, china corresponding authors: cui, cheng-xing(chengxingcui@hist.edu.cn); cui, cheng-xing(chengxingcui@hist.edu.cn); qu, ling-bo(qulingbo@zzu.edu.cn) source title: journal of physical organic chemistry abbreviated source title: j phys org chem volume: 34 issue: 3 issue date: march 2021 publication year: 2021 article number: e4150 language: english issn: 08943230 e-issn: 10991395 coden: jpocee document type: journal article (ja) publisher: john wiley and sons ltd abstract: three new cdii coordination polymers (cps) have been synthesized by hydrothermal reactions of cd(oac)2, 1,2,5-thiadiazole-3,4-dicarboxylic acid (h2tdzdc), and distinct n/o-donor ligands. they exhibit two-dimensional (2d) and three-dimensional (3d) structures with different topology networks including rob, zzx, and cem. the introduction of 4,4-bipyridine (4,4-bipy), [4,4-bipyridine]1,1-dioxide (obpy), and 1,4-bis((1h-1,2,4-triazol-1-yl)methyl)benzene (tmb) is a favor for the construction of interpenetrated networks. moreover, the luminescent properties of 1, 2, and 3 have been investigated in detail by experiment and theoretical methods. density functional theory (dft) calculations indicate that the electron would be transferred from metal to ligand in the excitation of compound 3. � 2020 john wiley & sons, ltd. number of references: 35 main heading: cadmium compounds controlled terms: chelation� - �density functional theory� - �ligands� - �topology uncontrolled terms: coordination polymers� - �hydrothermal reaction� - �interpenetrated networks� - �luminescent property� - �theoretical methods� - �three dimensional (3d) structures� - �two dimensional (2 d) classification code: 801.4 physical chemistry� - �802.2 chemical reactions� - �921.4 combinatorial mathematics, includes graph theory, set theory� - �922.1 probability theory doi: 10.1002/poc.4150 funding details: number: 21290171,21031002, acronym: nsfc, sponsor: national natural science foundation of china; number: 122102210395, acronym: -, sponsor: -; number: 21290171,21031002, acronym: nsfc, sponsor: national natural science foundation of china; funding text: henan province key scientific research projects, grant/award number: 122102210395; national natural science foundation of china, grant/award numbers: 21290171, 21031002 funding informationthis work was supported by the national natural science foundation of china (21031002 and 21290171) and henan province key scientific research projects (122102210395). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 20. nitrogen, phosphorus, sulfur tri-doped porous carbon derived from covalent polymer with versatile performances in supercapacitor, oxygen reduction reaction and electro-fenton degradation accession number: 20213210734148 authors: chen, chen (1); han, huijuan (2, 4); liu, xupo (2); chen, ye (2); wu, dapeng (1); gao, zhiyong (3); gao, shuyan (2, 3); jiang, kai (1) author affiliation: (1) school of environment, henan normal university, key laboratory for yellow river and huai river water environmental and pollution control, ministry of education, henan key laboratory for environmental pollution control, xinxiang; henan; 453007, china; (2) school of materials science and engineering, henan normal university, xinxiang; henan; 453007, china; (3) school of chemistry and chemical engineering, henan normal university, xinxiang; henan; 453007, china; (4) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453003, china corresponding authors: wu, dapeng(dapengwu@htu.edu.cn); gao, shuyan(shuyangao@htu.cn); jiang, kai(jiangkai6898@126.com) source title: microporous and mesoporous materials abbreviated source title: microporous mesoporous mater. volume: 325 issue date: october 2021 publication year: 2021 article number: 111335 language: english issn: 13871811 coden: mimmfj document type: journal article (ja) publisher: elsevier b.v. abstract: versatility in energy storage and electrocatalysis is highly desired in material design due to the capability in simultaneous solving the energy and environment associated issues. the heteroelement doped carbons are traditional energy storage and electrocatalysis materials, so it is significant to further explore their versatilities. herein, n, p, s tri-doped porous carbon was designed for application in supercapacitors (scs), oxygen reduction reaction (orr) and electro-fenton (ef) via controlled pyrolysis of a covalent triazine polymer precursor. given the high n, p, s heteroelement contents containing special functionalities and the porous texture with high specific surface area, the tri-doped porous carbon demonstrates abundant electrochemically active sites and therefore considerable capacitive and electrocatalytic capabilities. the symmetric supercapacitor based on the tri-doped carbon material delivers high energy densities in acidic (11.6 wh kg"1) and alkaline (11.3 wh kg"1) electrolytes. moreover, the tri-doped carbon material also demonstrates superior four electrons (4e") orr catalytic activity in alkaline medium essential for fuel cell, and two electrons (2e") orr catalytic activity toward hydrogen peroxide in acidic medium, which further enables high ef degradation efficiency (98.0% in 150 min) for mixed dyes. this work demonstrates the versatility of n, p, s tri-doped porous carbon in electrochemical energy storage and pollution treatment. � 2021 number of references: 48 main heading: supercapacitor controlled terms: carbon� - �catalyst activity� - �degradation� - �electrocatalysis� - �electrolytic reduction� - �energy storage� - �fuel cells� - �fuel storage� - �nitrogen� - �oxidation � - �oxygen� - �porous materials� - �sulfur� - �textures uncontrolled terms: carbon material� - �doped carbons� - �electro-fenton� - �energy� - �heteroelements� - �multifunctional carbon material� - �nitrogen phosphorus� - �oxygen reduction reaction� - �porous carbons� - �self-doping classification code: 525.7 energy storage� - �533.1 ore treatment� - �694.4 storage� - �702.2 fuel cells� - �704.1 electric components� - �801.4.1 electrochemistry� - �802.2 chemical reactions� - �803 chemical agents and basic industrial chemicals� - �804 chemical products generally� - �951 materials science numerical data indexing: percentage 9.80e 01%, time 9.00e 03s doi: 10.1016/j.micromeso.2021.111335 funding details: number: 51872076, acronym: nsfc, sponsor: national natural science foundation of china; number: u1804255, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was supported by national natural science foundation of china, china (51872076 and u1804255), the program for innovative research team of henan scientific committee, china (cxtd2014033), the project of central plains science and technology innovation leading talents, henan province, china (194200510001) and the thousand talent project of henan province, china (zyqr201810115, zyqr201912167). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 21. polybrominated diphenyl ethers in indoor dusts from university dormitories and printing shops in xinxiang, china accession number: 20204609483505 authors: wu, zhineng (1); liu, yuanyuan (2); lyu, honghong (3); chen, yuming (1); han, tao (4); zhang, yadi (5); xu, pengwei (1); song, jie (1); wu, weidong (1) author affiliation: (1) school of public health, xinxiang medical university, xinxiang; 453003, china; (2) institute of geographic sciences and natural resources research, chinese academy of sciences, beijing; 100101, china; (3) school of energy and environmental engineering, hebei university of technology, tianjin; 300401, china; (4) school of horticulture and landscape architecture, henan institute of science and technology, xinxiang; 453003, china; (5) key laboratory of pollution processes and environmental criteria (ministry of education), tianjin key laboratory of environmental remediation and pollution control, college of environmental science and engineering, nankai university, tianjin; 300350, china corresponding author: wu, zhineng(wuzhineng524@163.com) source title: building and environment abbreviated source title: build. environ. volume: 187 issue date: january 2021 publication year: 2021 article number: 107416 language: english issn: 03601323 coden: buendb document type: journal article (ja) publisher: elsevier ltd abstract: polybrominated diphenyl ethers (pbdes) were investigated in indoor dusts from university dormitories and printing shops in xinxiang, china. the mean concentrations of "13pbdes were 105 � 64.2 ng/g dry weight (dw), 31.7 � 26.4 ng/g dw and 695 � 379 ng/g dw in dusts from male dormitory, female dormitory and printing shop, respectively. notably, significantly higher pbde concentrations were found in printing shop than in university dormitory. bde-153 (84.5 � 165 ng/g dw), bde-190 (76.1 � 179 ng/g dw) and bde-138 (24.2 � 29.7 ng/g dw) displayed the highest levels in the 29 indoor dust samples. bde-138, -153, -190 and -71 showed higher proportion in indoor dusts from university dormitories and printing shops. more debromination process of pbdes occurred in dust from university dormitory, whereas pbdes in printing shop were more likely to come directly from external electronic devices. significantly positive correlations were revealed between the pbde levels and the quantity of electronic equipment in dust, indicating that electronic devices had significant influence on pbde contamination in indoor environment. generally, pbde concentrations in the present study were lower than the levels in indoor dusts from other studies worldwide. the estimated daily intake values of "13pbdes displayed printing shop (80.4 ng/kg body weight (bw)/day) > male dormitory (11.3 ng/kg bw/day) > female dormitory (3.97 ng/kg bw/day), which were generally higher than other researches, but well below the epa reference doses. � 2020 elsevier ltd number of references: 79 main heading: organic pollutants controlled terms: dust� - �electronic equipment� - �ethers� - �school buildings� - �thermoelectric equipment uncontrolled terms: electronic device� - �estimated daily intakes� - �indoor environment� - �mean concentrations� - �polybrominated diphenyl ether (pbdes)� - �positive correlations� - �reference dose� - �university dormitories classification code: 402.2 public buildings� - �451.1 air pollution sources� - �615.4 thermoelectric energy� - �804.1 organic compounds doi: 10.1016/j.buildenv.2020.107416 funding details: number: s202010472004, acronym: -, sponsor: -; number: 2019m660967, acronym: -, sponsor: china postdoctoral science foundation; number: 182300410107,202300410319, acronym: -, sponsor: natural science foundation of henan province; number: 505321, acronym: xxmu, sponsor: xinxiang medical university; number: 19a330004,xyxskyz201926, acronym: -, sponsor: key scientific research project of colleges and universities in henan province; funding text: this work is supported by ph.d. research program of xinxiang medical university (grant no. 505321 ), natural science foundation of henan province (china) (grant no. 202300410319 and 182300410107 ), china postdoctoral science foundation (grant no. 2019m660967 ), the key scientific research project of colleges and universities in henan province , china (grant no. 19a330004 ), 2019 students� scientific research and innovation project of xinxiang medical university (grant no. xyxskyz201926 ), and innovation and entrepreneurship training program for undergraduates in henan province, china (grant no. s202010472004 ). the authors thank the students of university dormitories and workers of printing shops for supporting dust sampling in this study. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 22. n, p-dual doped carbonaceous catalysts derived from bifunctional-salt activation for effective electro-fenton degradation on waterborne organic pollutions accession number: 20212810625841 authors: chen, chen (1); tian, miao (2, 3); han, huijuan (4); wu, dapeng (1); chen, ye (2); gao, zhiyong (3); gao, shuyan (2, 3); jiang, kai (1) author affiliation: (1) school of environment, key laboratory for yellow river and huai river water environmental and pollution control, ministry of education, henan key laboratory for environmental pollution control, henan normal university, jianshe road, xinxiang; henan; 453007, china; (2) school of materials science and engineering, henan normal university, xinxiang; henan; 453007, china; (3) school of chemistry and chemical engineering, henan normal university, xinxiang; henan; 453007, china; (4) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; 453003, china corresponding authors: wu, dapeng(dapengwu@htu.edu.cn); gao, shuyan(shuyangao@htu.cn) source title: electrochimica acta abbreviated source title: electrochim acta volume: 389 issue date: september 1, 2021 publication year: 2021 article number: 138732 language: english issn: 00134686 coden: elcaav document type: journal article (ja) publisher: elsevier ltd abstract: to achieve the two-electron governed oxygen reduction reaction (orr) is the major challenge for carbonaceous catalyst in the electro-fenton (ef) degradation on the exhaustive stubborn pollutants from industrial wastewater. herein, a bifunctional salts strategy utilizing edta-2k and nah2po2.h2o as heteroatom dopants and porogens is proposed to regulate the doping amounts of n, p heteroatoms as well as the content of active species (pyrrolic-n and p-c bonding motifs) to enhance 2e--orr selectivity for ef degradation. it is found that the generated gaseous substances could serve as soft template to create micro-/meso-pores for the accommodation of highly oxidizing.oh radicals. in addition, thanks to the high n, p doping amounts (both are 2.9 at. %, respectively), large specific surface area (1388 m2 g-1) and appropriate pore sizes (1.5/3.8 nm), the optimized carbonaceous catalyst enables high ef degradation efficiencies up to 98.4 % (60 min) and 97.1 % (150 min), respectively for methyl yellow and mixed dyes with good stability and reusability. the current work paved a new concept to engineer the carbonaceous catalysts for the promoted catalytic activity and selectivity in the electro-degradation of organic pollution. � 2021 number of references: 52 main heading: degradation controlled terms: catalyst activity� - �catalyst selectivity� - �doping (additives)� - �electrolytic reduction� - �free radicals� - �oxidation� - �pore size� - �reusability� - �salts� - �sodium compounds � - �water pollution uncontrolled terms: bi-functional� - �bifunctional salt� - �carbon material� - �carbonaceous catalyst� - �dual doped� - �electro-fenton� - �heteroatoms� - �organic pollution� - �oxygen reduction reaction� - �water remediation classification code: 453 water pollution� - �533.1 ore treatment� - �802.2 chemical reactions� - �803 chemical agents and basic industrial chemicals� - �804 chemical products generally� - �931.2 physical properties of gases, liquids and solids� - �951 materials science numerical data indexing: percentage 9.71e 01%, percentage 9.84e 01%, size 1.388e 03m, size 3.80e-09m, temperature -2.00e 00k, time 3.60e 03s, time 9.00e 03s doi: 10.1016/j.electacta.2021.138732 funding details: number: 51872076, acronym: nsfc, sponsor: national natural science foundation of china; number: u1804255, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was supported by national natural science foundation of china (grant nos. 51872076 and u1804255), the program for innovative research team of henan scientific committee (cxtd2014033) and the project of central plains science and technology innovation leading talents, henan province (grant no. 194200510001) and the thousand talent project of henan province (zyqr201810115, zyqr201912167). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 23. pesticide residues in the pollen and nectar of oilseed rape (brassica napus l.) and their potential risks to honey bees accession number: 20211910318327 authors: wen, xiaolin (1, 5); ma, changsheng (1); sun, minghui (1); wang, ye (1); xue, xiaofeng (1); chen, jun (2); song, wencheng (3); li-byarlay, hongmei (4); luo, shudong (1, 5) author affiliation: (1) key laboratory of pollinating insect biology, ministry of agriculture and rural affairs, institute of apicultural research, chinese academy of agricultural sciences, beijing, china; (2) college of chemistry and chemical engineering, henan institute of science and technology, xinxiang, china; (3) institute for the control of agrochemicals, ministry of agriculture and rural affairs, beijing, china; (4) agricultural research and development program, central state university, wilberforce; oh, united states; (5) western agricultural research center, chinese academy of agricultural sciences, changji, china corresponding authors: li-byarlay, hongmei(hli-byarlay@centralstate.edu); luo, shudong(luoshudong@caas.cn) source title: science of the total environment abbreviated source title: sci. total environ. volume: 786 issue date: september 10, 2021 publication year: 2021 article number: 147443 language: english issn: 00489697 e-issn: 18791026 coden: steva8 document type: journal article (ja) publisher: elsevier b.v. abstract: research evidence suggests that pesticide residues are one of the leading potential causes of the decline in pollinators, especially during vulnerable periods such as foraging in the early springtime. in china, no research quantifies pesticide residues in the nectar and pollen of honey bee colonies during this period or examines the potential risks and toxicity of pesticides to honey bees. oilseed rape is one of the first and primary bee-attractive plants in most parts of china. here, we investigated the pesticide residues in the oilseed rape of the years 2017 and 2018 in china. the hazard quotient (hq) from pollen and nectar and the beerex risk assessment were used to evaluate the potential risks of the pesticide residues to honey bees. we detected 48 pesticides in pollen samples and 34 chemicals in nectar samples. the maximum pollen hq (phq) values (contact or oral) ranged from 0.16 to 706,421, and the maximum nectar hq (nhq) values (contact or oral) ranged from 0.07 to 185,135. in particular, carbofuran, cyfluthrin, deltamethrin, and fenpropathrin have relatively high phq and nhq values. our results indicated that further investigation of nearly half of the tested compounds is needed because their phq or nhq values are more than 50. especially cyfluthrin and carbofuran need advanced tier assessment due to their maximum rq (risk quotient) values exceeding the level of concern. these results provide valuable guidance for protecting bees and other pollinators in china. � 2021 elsevier b.v. number of references: 74 main heading: risk assessment controlled terms: food products� - �hazards� - �oilseeds� - �pesticides� - �plants (botany) uncontrolled terms: beerex� - �brassica napus l� - �carbofurans� - �hazard quotients� - �honey bee� - �oil seed rape� - �oilseed rape (brassica napus)� - �pesticide residue� - �potential risks� - �risks assessments classification code: 803 chemical agents and basic industrial chemicals� - �821.4 agricultural products� - �822.3 food products� - �914.1 accidents and accident prevention numerical data indexing: size 5.12318e 01m, size 5.12572e 01m doi: 10.1016/j.scitotenv.2021.147443 funding details: number: y2018pt66,y2021xk16, acronym: -, sponsor: central public-interest scientific institution basal research fund, chinese academy of fishery sciences; funding text: we thank the beekeepers and yongkui zhang for their help in collecting samples and susan krusemark for editing and proofreading. we are also grateful to wei du from agilent (beijing) for developing the analytical methods. this work was supported by the central public-interest scientific institution basal research fund ( y2018pt66 and y2021xk16 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 24. field evolved resistance to pyrethroids, neonicotinoids, organophosphates and macrolides in rhopalosiphum padi (linnaeus) and sitobion avenae (fabricius) from china accession number: 20204609487604 authors: gong, peipan (1, 2); li, xinan (3); gao, haifeng (4); wang, chao (1); li, mengyi (1); zhang, yunhui (1); li, xiangrui (1); liu, enliang (4); zhu, xun (1) author affiliation: (1) state key laboratory for biology of plant diseases and insect pests, institute of plant protection, chinese academy of agricultural sciences, beijing; 100193, china; (2) college of plant protection, shenyang agricultural university, shenyang; 110866, china; (3) school of resource and environmental sciences, henan institute of science and technology, xinxiang; henan; 453003, china; (4) institute of plant protection, xinjiang academy of agricultural sciences, key laboratory of integrated pest management on crop in northwestern oasis, ministry of agriculture and rural affairs, urumqi; 830091, china corresponding author: zhu, xun(zhuxun@caas.cn) source title: chemosphere abbreviated source title: chemosphere volume: 269 issue date: april 2021 publication year: 2021 article number: 128747 language: english issn: 00456535 e-issn: 18791298 coden: cmshaf document type: journal article (ja) publisher: elsevier ltd abstract: rhopalosiphum padi (linnaeus) and sitobion avenae (fabricius) are the predominant pests coexisting on wheat plants. in this study, the susceptibilities of 29 r. padi and 30 s. avenae populations from 15 provinces in china to pyrethroids (beta-cypermethrin and bifenthrin), neonicotinoids (imidacloprid and thiamethoxam), organophosphates (omethoate and chlorpyrifos) and macrolides (avermectin) were determined during 2018�2019. the median lethal insecticide concentrations (lc50) indicated that r. padi was more sensitive than s. avenae to most of the insecticides. monitor results showed that most wheat aphid populations were moderately resistant to pyrethroids. two r. padi populations were highly resistant to beta-cypermethrin with 127.3-fold and 442.8-fold resistance ratio (rr), and two were highly resistant to bifenthrin (rr of 293.9 and 320.6, respectively). one s. avenae population was highly resistant to beta-cypermethrin (rr of 136.8) and one was highly resistant to bifenthrin (rr of 313.4). all populations of two wheat aphids exhibited low to moderate resistance to neonicotinoids (rr 50 revealed a positive correlation between beta-cypermethrin and bifenthrin resistance, as well as between the resistance to bifenthrin and omethoate for the two-aphid species. similarly, significant correlations were detected between the resistance to beta-cypermethrin and avermectin for r. padi. these results may be relevant for developing effective insecticide management strategies that prevent or delay the development of resistance among wheat aphids. � 2020 elsevier ltd number of references: 39 main heading: drug products controlled terms: insecticides uncontrolled terms: correlation coefficient� - �evolved resistances� - �imidacloprids� - �low resistance� - �management strategies� - �neonicotinoids� - �positive correlations� - �resistance ratio classification code: 803 chemical agents and basic industrial chemicals doi: 10.1016/j.chemosphere.2020.128747 funding details: number: cars-3,chn-17/0019, acronym: -, sponsor: agriculture research system of china; number: 2016yfd0300705,2017yfd0201700,2018yfd0200406,2018yfd0200500,31772165, acronym: nkrdpc, sponsor: national key research and development program of china; number: xjkcpy-003, acronym: xaas, sponsor: xinjiang academy of agricultural sciences; funding text: this study was supported by the national key research and development program of china (2016yfd0300705; 2017yfd0201700; 2018yfd0200500; 31772165; 2018yfd0200406), china agriculture research system (award number: cars-3) and sinograin ii (chn-17/0019): technological innovation to support environmentally-friendly food production and food safety under a changing climate-opportunities and challenges for norway-china cooperation, and the technology innovation and key cultivation projects of xinjiang academy of agricultural sciences (xjkcpy-003). we thank liwen bianji, edanz editing china (www.liwenbianji.cn/ac) for editing the english text of a draft of this manuscript.this study was supported by the national key research and development program of china ( 2016yfd0300705 ; 2017yfd0201700 ; 2018yfd0200500 ; 31772165 ; 2018yfd0200406 ), china agriculture research system (award number: cars-3 ) and sinograin ii (chn-17/0019): technological innovation to support environmentally-friendly food production and food safety under a changing climate-opportunities and challenges for norway-china cooperation, and the technology innovation and key cultivation projects of xinjiang academy of agricultural sciences ( xjkcpy-003 ). we thank liwen bianji, edanz editing china ( www.liwenbianji.cn/ac ) for editing the english text of a draft of this manuscript. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 25. phenotypic characterization of the glossy1 mutant and fine mapping of glossy1 in common wheat (triticum aestivum l.) accession number: 20210209754080 authors: li, linghong (1, 2); chai, lingling (1, 2); xu, huanwen (1, 2); zhai, huijie (3); wang, tianya (4); zhang, mingyi (5); you, mingshan (1, 2); peng, huiru (1, 2); yao, yingyin (1, 2); hu, zhaorong (1, 2); xin, mingming (1, 2); guo, weilong (1, 2); sun, qixin (1, 2); chen, xiyong (6); ni, zhongfu (1, 2) author affiliation: (1) state key laboratory for agrobiotechnology/key laboratory of crop heterosis and utilization, the ministry of education/key laboratory of crop genetic improvement, beijing municipality/china agricultural university, beijing; 100193, china; (2) national plant gene research centre, beijing; 100193, china; (3) school of life science and technology, henan institute of science and technology, xinxiang; 453003, china; (4) key laboratory of molecular epigenetics of the ministry of education (moe), northeast normal university, changchun; 130024, china; (5) dryland agricultural research centre, shanxi academy of agricultural sciences, taiyuan; 030031, china; (6) hebei crop genetic breeding laboratory, institute of cereal and oil crops, hebei academy of agriculture and forestry sciences, shijiazhuang; 050035, china corresponding authors: ni, zhongfu(nizf@cau.edu.cn); chen, xiyong(chenxiyong369@126.com) source title: theoretical and applied genetics abbreviated source title: theor. appl. genet. volume: 134 issue: 3 issue date: march 2021 publication year: 2021 pages: 835-847 language: english issn: 00405752 e-issn: 14322242 coden: thaga6 document type: journal article (ja) publisher: springer science and business media deutschland gmbh abstract: key message: a novel wax locus glossy1 was finely mapped to an approximately 308.1-kbp genomic interval on chromosome 2ds of wheat. abstract: the epicuticular wax, the outermost layer of aerial organs, gives plants their bluish-white (glaucous) appearance. epicuticular wax is ubiquitous and provides an essential protective function against environmental stresses. in this study, we identified the glossy1 mutant on the basis of its glossy glume from an ems population in the elite wheat (triticum aestivum l.) cultivar jimai22. the mutant had a dramatically different profile in total wax load and composition of individual wax constituents relative to the wild type, resulting in the increased cuticle permeability of glumes. the glossy glume phenotype was controlled by a single, semidominant locus mapping to the short arm of chromosome 2d, within a 308.1-kbp genomic interval that contained ten annotated protein-coding genes. these results pave the way for an in-depth analysis of the underlying genetic basis of wax formation patterns and enrich our understanding of mechanisms regulating wax metabolism. � 2021, springer-verlag gmbh germany, part of springer nature. number of references: 68 main heading: plants (botany) controlled terms: antennas� - �chromosomes� - �mapping uncontrolled terms: environmental stress� - �epicuticular waxes� - �genetic basis� - �in-depth analysis� - �phenotypic characterization� - �protective function� - �protein-coding genes� - �wheat (triticum aestivum l.) classification code: 405.3 surveying� - �461.2 biological materials and tissue engineering doi: 10.1007/s00122-020-03734-6 funding details: number: 31991214, acronym: nsfc, sponsor: national natural science foundation of china; number: -, acronym: sjtu, sponsor: shanghai jiao tong university; number: 2017yfd0101004, acronym: nkrdpc, sponsor: national key research and development program of china; funding text: the authors would like to thank prof. jianxin shi (shanghai jiao tong university) for the gc-fid and gc-ms analyses in his laboratory. this work was financially supported by the national natural science foundation of china (31991214) and the national key research and development program of china (grant no. 2017yfd0101004).the authors would like to thank prof. jianxin shi (shanghai jiao tong university) for the gc-fid and gc-ms analyses in his laboratory. this work was financially supported by the national natural science foundation of china (31991214) and the national key research and development program of china (grant no. 2017yfd0101004). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 26. nitrogen-doped porous carbon encapsulated nickel iron alloy nanoparticles, one-step conversion synthesis for application as bifunctional catalyst for water electrolysis accession number: 20212810621327 authors: chang, jiuli (1); zang, shiqi (1); li, jinzhou (1); wu, dapeng (2); lian, zhaoxun (3); xu, fang (1); jiang, kai (2); gao, zhiyong (1) author affiliation: (1) school of chemistry and chemical engineering, collaborative innovation center of henan province for green manufacturing of fine chemicals, key laboratory of green chemical media and reactions, ministry of education, henan normal university, xinxiang; henan; 453007, china; (2) key laboratory of yellow river and huai river water environment and pollution control, ministry of education, henan key laboratory for environment pollution control, international joint laboratory on key techniques in water treatment, henan province, school of environment, henan normal university, xinxiang; henan; 453007, china; (3) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; henan; 453003, china corresponding author: wu, dapeng(dapengwu@163.com) source title: electrochimica acta abbreviated source title: electrochim acta volume: 389 issue date: september 1, 2021 publication year: 2021 article number: 138785 language: english issn: 00134686 coden: elcaav document type: journal article (ja) publisher: elsevier ltd abstract: oxygen evolution reaction (oer) and hydrogen evolution reaction (her) constitute the water electrolysis toward clean and sustainable hydrogen fuel. highly active and low cost bifunctional catalysts for both oer and her are highly desired to fulfill the practical water electrolysis. herein, we report a low-cost and efficient tactics for preparation of n doped carbon confined nickel iron alloy nanoparticles electrocatalysts via facile pyrolysis of ethylenediamine tetraacetic acid (edta) chelated ni, fe salts precursor. benefited by the high electrochemical active surface area and the catalytic effect of the n doped carbon (nc) shell promoted by encapsulated alloy nanoparticles, the optimal ni2fe@nc composite with ni:fe ratio of 2:1 demonstrates low overpotential of 237 mv at 10 ma cm"2, low tafel slope of 37 mv dec"1 and robust stability for oer, as well as overpotential of 198 mv at -10 ma cm"2 for her in alkali electrolyte. furthermore, the full water electrolysis cell using ni2fe@nc as both anodic and cathodic catalytic electrodes can operate with low input voltage (1.81 v, at 10 ma cm"2) and good durability. the current work shows the potential of ni2fe@nc composite as oer and her bifunctional electrocatalyst for water splitting. � 2021 number of references: 60 main heading: electrolysis controlled terms: costs� - �doping (additives)� - �electrocatalysts� - �electrolytes� - �hydrogen production� - �iron alloys� - �nanoparticles� - �nickel alloys� - �porous materials� - �slope stability � - �synthesis (chemical) uncontrolled terms: alloy nanoparticle� - �bifunctional electrocatalysts� - �carbonaceous composite� - �doped carbons� - �evolution reactions� - �hydrogen evolution reactions� - �n-doped� - �ni$-2$� - �oxygen evolution� - �water electrolysis classification code: 406.2 roads and streets� - �522 gas fuels� - �545.2 iron alloys� - �548.2 nickel alloys� - �702 electric batteries and fuel cells� - �761 nanotechnology� - �801.4.1 electrochemistry� - �802.2 chemical reactions� - �803 chemical agents and basic industrial chemicals� - �804 chemical products generally� - �911 cost and value engineering; industrial economics� - �933 solid state physics� - �951 materials science numerical data indexing: electric current -1.00e-02a, electric current 1.00e-02a, voltage 1.81e 00v, voltage 1.98e-01v, voltage 2.37e-01v, voltage 3.70e-02v doi: 10.1016/j.electacta.2021.138785 funding details: number: 51802084, acronym: -, sponsor: key program of nsfc-tongyong union foundation; funding text: this work was supported by nsfc (no. 51802084), special project for fundamental research in university of henan province (no. 20zx005), natural science fund of henan province (212300410363), key project of science and technology of henan province (no. 172102210084), the 111 project (no. d17007), henan center for outstanding oversea scientists (no. gzs2018003) and youth fund of henan normal university (2017qk12). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 27. enhanced faradic activity by construction of p-n junction within reduced graphene oxide@cobalt nickel sulfide@nickle cobalt layered double hydroxide composite electrode for charge storage in hybrid supercapacitor accession number: 20210509856376 authors: chang, jiuli (1); zang, shiqi (1); liang, wenfang (1); wu, dapeng (2); lian, zhaoxun (3); xu, fang (1); jiang, kai (2); gao, zhiyong (1) author affiliation: (1) school of chemistry and chemical engineering, collaborative innovation center of henan province for green manufacturing of fine chemicals, key laboratory of green chemical media and reactions, ministry of education, henan normal university, xinxiang; henan; 453007, china; (2) key laboratory of yellow river and huai river water environment and pollution control, ministry of education, henan key laboratory for environment pollution control, international joint laboratory on key techniques in water treatment, henan province, school of environment, henan normal university, xinxiang; henan; 453007, china; (3) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; henan; 453003, china corresponding author: wu, dapeng(dapengwu@163.com) source title: journal of colloid and interface science abbreviated source title: j. colloid interface sci. volume: 590 issue date: may 15, 2021 publication year: 2021 pages: 114-124 language: english issn: 00219797 e-issn: 10957103 coden: jcisa5 document type: journal article (ja) publisher: academic press inc. abstract: the intrinsic faradic reactivity is the uppermost factor determining the charge storage capability of battery material, the construction of p-n junction composing of different faradic components is a rational tactics to enhance the faradic activity. herein, a reduced graphene oxide@cobalt nickle sulfide@nickle cobalt layered double hydroxide composite (rgo@coni2s4@nico ldh) with p-n junction structure is designed by deposition of n-type nickle cobalt layered double hydroxide (nico ldh) around p-type reduced graphene oxide@cobalt nickle sulfide (rgo@coni2s4), the charge redistribution across the p-n junction enables enhanced faradic activities of both components and further the overall charge storage capacity of the resultant rgo@coni2s4@nico ldh battery electrode. as expected, the rgo@coni2s4@nico ldh electrode can deliver high specific capacity (cs, 1310 � 26 c g"1 at 1 a g"1) and good cycleability (77% cs maintaining ratio undergoes 5000 charge-discharge cycles). furthermore, the hybrid supercapacitor (hsc) based on the rgo@coni2s4@nico ldh p-n junction battery electrode exports high energy density (ecell, 57.4 wh kg"1 at 323 w kg"1) and good durability, showing the prospect of faradic p-n junction composite in battery typed energy storage. � 2021 elsevier inc. number of references: 73 main heading: cobalt compounds controlled terms: composite structures� - �electric discharges� - �electrodes� - �energy storage� - �graphene� - �nickel compounds� - �reduced graphene oxide� - �secondary batteries� - �semiconductor junctions� - �storage (materials) � - �sulfide minerals� - �sulfur compounds� - �supercapacitor uncontrolled terms: charge redistribution� - �charge storage capacity� - �charge-discharge cycle� - �composite electrode� - �high energy densities� - �high specific capacity� - �hybrid supercapacitors� - �layered double hydroxides classification code: 408.2 structural members and shapes� - �482.2 minerals� - �525.7 energy storage� - �694.4 storage� - �701.1 electricity: basic concepts and phenomena� - �702.1.2 secondary batteries� - �714.2 semiconductor devices and integrated circuits� - �761 nanotechnology� - �804 chemical products generally doi: 10.1016/j.jcis.2021.01.035 funding details: number: gzs2018003, acronym: -, sponsor: -; number: 20zx005, acronym: -, sponsor: -; number: 2017qk12, acronym: -, sponsor: henan normal university; number: 21671059,51802084, acronym: nsfc, sponsor: national natural science foundation of china; number: 212300410363, acronym: -, sponsor: natural science foundation of henan province; number: 172102210084, acronym: -, sponsor: science and technology department of henan province; number: d17007, acronym: -, sponsor: higher education discipline innovation project; funding text: this work was supported by nsfc (no. 21671059 and 51802084), special project for fundamental research in university of henan province (no. 20zx005), natural science foundation of henan province (212300410363), key project of science and technology of henan province (no. 172102210084), the 111 project (no. d17007), henan center for outstanding oversea scientists (no. gzs2018003) and youth fund of henan normal university (2017qk12). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 28. ultrathin nial layered double hydroxide-reduced graphene oxide composite nanosheets array with high battery performances for hybrid supercapacitor and hybrid battery accession number: 20204209357809 authors: chang, jiuli (1); hu, zhanqiang (1); li, jinzhou (1); wu, dapeng (2); lian, zhaoxun (3); xu, fang (1); jiang, kai (2); gao, zhiyong (1) author affiliation: (1) school of chemistry and chemical engineering, collaborative innovation center of henan province for green manufacturing of fine chemicals, key laboratory of green chemical media and reactions, ministry of education, henan normal university, xinxiang; henan; 453007, china; (2) key laboratory of yellow river and huai river water environment and pollution control, ministry of education, henan key laboratory for environment pollution control, international joint laboratory on key techniques in water treatment, henan province, school of environment, henan normal university, xinxiang; henan; 453007, china; (3) school of chemistry and chemical engineering, henan institute of science and technology, xinxiang; henan; 453003, china corresponding author: wu, dapeng(dapengwu@163.com) source title: applied surface science abbreviated source title: appl surf sci volume: 538 issue date: february 1, 2021 publication year: 2021 article number: 148106 language: english issn: 01694332 coden: asusee document type: journal article (ja) publisher: elsevier b.v., netherlands abstract: porous nanoarray architectures of electrode materials with rapid electron/ions migrations and highly accessible surface areas are eagerly desired for battery typed charge storage in various energy devices. herein, nial layered double hydroxide-reduced graphene oxide composite (na ldh-rgo) with ultrathin nanosheets array architecture onto ni foam substrate was designed as battery electrode. the porous channels and interconnected walls with homogeneous embedding of reduced graphene oxide (rgo) enable the rapid and sufficient redox reaction of battery active nial layered double hydroxide (na ldh) component, therefore, high areal capacity of 1.42 c cm"2 was yielded at 1 ma cm"2, and 0.88 c cm"2 was retained upon 20 folds increased current density by the representative na ldh-rgo electrode. when used as battery electrode of hybrid supercapacitor (hsc), high energy density (ecell, 0.22 mwh cm"2 at power density (pcell) of 4.5 mw cm"2) and good cycling stability could be furnished simultaneously. in addition, the na ldh-rgo electrode based zn ions hybrid battery (hb) also offered high ecell (0.48 mwh cm"2 at 1.9 mw cm"2), export voltage platform (over 1.7 v) and slow self-discharge rate, manifesting the feasibility of the na ldh-rgo nanosheets array electrode for battery typed charge storage. � 2020 elsevier b.v. number of references: 60 main heading: secondary batteries controlled terms: aluminum alloys� - �binary alloys� - �electric discharges� - �electrodes� - �energy storage� - �foams� - �graphene� - �nanosheets� - �redox reactions� - �reduced graphene oxide � - �supercapacitor uncontrolled terms: accessible surface areas� - �array architecture� - �battery performance� - �high energy densities� - �hybrid supercapacitors� - �ni-al layered double hydroxides� - �reduced graphene oxides (rgo)� - �ultrathin nanosheets classification code: 525.7 energy storage� - �541.2 aluminum alloys� - �701.1 electricity: basic concepts and phenomena� - �702.1.2 secondary batteries� - �761 nanotechnology� - �802.2 chemical reactions� - �804 chemical products generally� - �933 solid state physics numerical data indexing: voltage 1.70e 00v doi: 10.1016/j.apsusc.2020.148106 funding details: number: gzs2018003, acronym: -, sponsor: -; number: 18irtsthn003,18irtsthn002, acronym: -, sponsor: -; number: 20zx005, acronym: -, sponsor: -; number: 21671059,51802084, acronym: nsfc, sponsor: national natural science foundation of china; number: d17007, acronym: -, sponsor: higher education discipline innovation project; number: 172102210084, acronym: -, sponsor: -; number: 2017qk12, acronym: -, sponsor: henan normal university; funding text: this work was supported by nsfc (no. 21671059 and 51802084 ), program for innovative research groups in university of henan province (nos. 18irtsthn002 and 18irtsthn003), key project of science and technology of henan province (no. 172102210084 ), the 111 project (no. d17007 ), henan center for outstanding oversea scientists (no. gzs2018003), special project for fundamental research in university of henan province (no. 20zx005) and youth fund of henan normal university (2017qk12). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 29. a review of dietary phytochemicals and their relation to oxidative stress and human diseases accession number: 20210309777287 authors: guan, ruirui (1); van le, quyet (2); yang, han (1); zhang, dangquan (1); gu, haiping (1); yang, yafeng (1); sonne, christian (1, 3); lam, su shiung (1, 4); zhong, jiateng (5); jianguang, zhu (6); liu, runqiang (7); peng, wanxi (1) author affiliation: (1) henan province international collaboration lab of forest resources utilization, school of forestry, henan agricultural university, zhengzhou; 450002, china; (2) institute of research and development, duy tan university, da nang; 550000, viet nam; (3) aarhus university, department of bioscience, arctic research centre (arc), frederiksborgvej 399, po box 358, roskilde; dk-4000, denmark; (4) higher institution centre of excellence (hicoe), institute of tropical aquaculture and fisheries (akuatrop), universiti malaysia terengganu, 21030 kuala nerus, terengganu, malaysia; (5) department of pathology, xinxiang medical university, xinxiang; 453003, china; (6) pharmacy college, henan university of traditional chinese medicine, zhengzhou; 450000, china; (7) school of resources and environment, henan institute of science and technology, xinxiang; 453003, china corresponding authors: sonne, christian(cs@bios.au.dk); peng, wanxi(pengwanxi@163.com) source title: chemosphere abbreviated source title: chemosphere volume: 271 issue date: may 2021 publication year: 2021 article number: 129499 language: english issn: 00456535 e-issn: 18791298 coden: cmshaf document type: journal article (ja) publisher: elsevier ltd abstract: phytochemicals refer to active substances in plant-based diets. phytochemicals found in for example fruits, vegetables, grains and seed oils are considered relatively safe for consumption due to mammal-plant co-evolution and adaptation. a number of human diseases are related to oxidative stress caused by for example chemical environmental contaminants in air, water and food; while also lifestyle including smoking and lack of exercise and dietary preferences are important factors for disease development in humans. here we explore the dietary sources of antioxidant phytochemicals that have beneficial effects on oxidative stress, cardiovascular and neurological diseases as well as cancer. plant-based diets usually contain phenolic acids, flavonoids and carotenoids, which have strong antioxidant properties, and therefore remove the excess of active oxygen in the body, and protect cells from damage, reducing the risk of cardiovascular and alzheimer�s disease. in most cases, obesity is related to diet and inactivity and plant-based diets change lipid composition and metabolism, which reduce obesity related hazards. cruciferous and allium vegetables are rich in organic sulphides that can act on the metabolism of carcinogens and therefore used as anti-cancer and suppressing agents while dietary fibres and plant sterols may improve intestinal health and prevent intestinal diseases. thus, we recommend a diet rich in fruits, vegetables, and grains as its content of phytochemicals may have the potential to prevent or improve a broad sweep of various diseases. � 2020 elsevier ltd number of references: 264 main heading: seed controlled terms: antioxidants� - �fruits� - �ionization of gases� - �mammals� - �metabolism� - �neurodegenerative diseases� - �nutrition� - �oils and fats� - �oxidative stress� - �sulfur compounds � - �vegetables uncontrolled terms: alzheimer�s disease� - �antioxidant properties� - �beneficial effects� - �disease development� - �environmental contaminant� - �intestinal healths� - �neurological disease� - �organic sulphides classification code: 461 bioengineering and biology� - �802.2 chemical reactions� - �804.1 organic compounds� - �821.4 agricultural products doi: 10.1016/j.chemosphere.2020.129499 funding details: number: 21irtsthn020, acronym: henu, sponsor: henan university; funding text: the manuscript is supported by program for innovative research team (in science and technology) in university of henan province (no. 21irtsthn020 ). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 30. whole-genome sequence of synthesized allopolyploids in cucumis reveals insights into the genome evolution of allopolyploidization����(open access) accession number: 20210809951442 authors: yu, xiaqing (1); wang, panqiao (1); li, ji (1); zhao, qinzheng (1); ji, changmian (2, 3); zhu, zaobing (1); zhai, yufei (1); qin, xiaodong (1); zhou, junguo (4); yu, haiyan (3); cheng, xinchao (3); isshiki, shiro (5); jahn, molly (6); doyle, jeff j. (7); ottosen, carl-otto (8); bai, yuling (9); cai, qinsheng (10); cheng, chunyan (1); lou, qunfeng (1); huang, sanwen (11); chen, jinfeng (1) author affiliation: (1) national key laboratory of crop genetics and germplasm enhancement, nanjing agricultural university, nanjing; 210095, china; (2) hainan key laboratory for biosafety monitoring and molecular breeding in off-season reproduction regions, institute of tropical bioscience and biotechnology, chinese academy of tropical agricultural sciences, haikou; 571101, china; (3) biomarker technologies, beijing; 101300, china; (4) college of horticulture and landscape, henan institute of science and technology, xinxiang; 453000, china; (5) faculty of agriculture, saga university, saga; 840-8502, japan; (6) jahn research group, usda/fpl, madison; wi; 53726, united states; (7) section of plant breeding and genetics, school of integrated plant sciences, cornell university, ithaca; ny; 14853, united states; (8) department of food science, aarhus university, aarhus; 8200, denmark; (9) department of plant sciences, wageningen university and research, wageningen; 6700 aj, netherlands; (10) college of life science, nanjing agricultural university, nanjing; 210095, china; (11) agricultural genomics institute at shenzhen, chinese academy of agricultural sciences, shenzhen; 518124, china corresponding author: chen, jinfeng(jfchen@njau.edu.cn) source title: advanced science abbreviated source title: adv. sci. volume: 8 issue: 9 issue date: may 5, 2021 publication year: 2021 article number: 2004222 language: english e-issn: 21983844 document type: journal article (ja) publisher: john wiley and sons inc abstract: the importance of allopolyploidy in plant evolution has been widely recognized. the genetic changes triggered by allopolyploidy, however, are not yet fully understood due to inconsistent phenomena reported across diverse species. the construction of synthetic polyploids offers a controlled approach to systematically reveal genomic changes that occur during the process of polyploidy. this study reports the first fully sequenced synthetic allopolyploid constructed from a cross between cucumis sativus and c. hystrix, with high-quality assembly. the two subgenomes are confidently partitioned and the c. sativus-originated subgenome predominates over the c. hystrix-originated subgenome, retaining more sequences and showing higher homeologous gene expression. most of the genomic changes emerge immediately after interspecific hybridization. analysis of a series of genome sequences from several generations (s0, s4�s13) of c. �hytivus confirms that genomic changes occurred in the very first generations, subsequently slowing down as the process of diploidization is initiated. the duplicated genome of the allopolyploid with double genes from both parents broadens the genetic base of c. �hytivus, resulting in enhanced phenotypic plasticity. this study provides novel insights into plant polyploid genome evolution and demonstrates a promising strategy for the development of a wide array of novel plant species and varieties through artificial polyploidization. � 2021 the authors. advanced science published by wiley-vch gmbh number of references: 121 main heading: plants (botany) controlled terms: gene expression� - �genetic engineering uncontrolled terms: allopolyploidization� - �genetic changes� - �genome evolution� - �genome sequences� - �interspecific hybridization� - �phenotypic plasticity� - �polyploidization� - �whole genome sequences classification code: 461.8.1 genetic engineering� - �461.9 biology doi: 10.1002/advs.202004222 funding details: number: -, acronym: cu, sponsor: cornell university; number: 31902006,31902007, acronym: nsfc, sponsor: national natural science foundation of china; number: 2016yfd0100204 25,2016yfd0101705 5,bk20180536, acronym: -, sponsor: natural science foundation of jiangsu province; number: 2018yfd1000804, acronym: nkrdpc, sponsor: national key research and development program of china; number: -, acronym: papd, sponsor: priority academic program development of jiangsu higher education institutions; number: b18029, acronym: -, sponsor: higher education discipline innovation project; funding text: x.y., p.w., j.l., q.z., and c.j. contributed equally to this work. this work was supported by the national key research and development program of china (2018yfd1000804), the national natural science foundation of china (nos. 31902006, 31902007), the 111 project (b18029), the natural science foundation of jiangsu province, china (bk20180536), national key research and development program of china (nos. 2016yfd0101705-5, 2016yfd0100204-25), and the priority academic program development of jiangsu higher education institutions. the authors gratefully acknowledge the contribution of the late prof. jack staub to this study and a tang fellowship awarded to j.c. at cornell university.x.y., p.w., j.l., q.z., and c.j. contributed equally to this work. this work was supported by the national key research and development program of china (2018yfd1000804), the national natural science foundation of china (nos. 31902006, 31902007), the 111 project (b18029), the natural science foundation of jiangsu province, china (bk20180536), national key research and development program of china (nos. 2016yfd01017055, 2016yfd010020425), and the priority academic program development of jiangsu higher education institutions. the authors gratefully acknowledge the contribution of the late prof. jack staub to this study and a tang fellowship awarded to j.c. at cornell university. compendex references: yes open access type(s): all open access, gold, green database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 31. ams-net: an attention-based multi-scale network for classification of 3d terracotta warrior fragments����(open access) accession number: 20213810924255 authors: liu, jie (1); cao, xin (1); zhang, pingchuan (2); xu, xueli (1); liu, yangyang (1); geng, guohua (1); zhao, fengjun (1); li, kang (1); zhou, mingquan (1) author affiliation: (1) school of information science and technology, northwest university, xi�an; 710068, china; (2) school of information engineering, henan institute of science and technology, xinxiang; 453003, china corresponding author: geng, guohua(ghgeng@nwu.edu.cn) source title: remote sensing abbreviated source title: remote sens. volume: 13 issue: 18 issue date: september 2021 publication year: 2021 article number: 3713 language: english e-issn: 20724292 document type: journal article (ja) publisher: mdpi abstract: as an essential step in the restoration of terracotta warriors, the results of fragments classification will directly affect the performance of fragments matching and splicing. however, most of the existing methods are based on traditional technology and have low accuracy in classification. a practical and effective classification method for fragments is an urgent need. in this case, an attention-based multi-scale neural network named ams-net is proposed to extract significant geometric and semantic features. ams-net is a hierarchical structure consisting of a multi-scale set abstraction block (ms-block) and a fully connected (fc) layer. ms-block consists of a local-global layer (lglayer) and an improved multi-layer perceptron (imlp). with a multi-scale strategy, lglayer can parallel extract the local and global features from different scales. imlp can concatenate the high-level and low-level features for classification tasks. extensive experiments on the public data set (modelnet40/10) and the real-world terracotta warrior fragments data set are conducted. the accuracy results with normal can achieve 93.52% and 96.22%, respectively. for real-world data sets, the accuracy is best among the existing methods. the robustness and effectiveness of the performance on the task of 3d point cloud classification are also investigated. it proves that the proposed end-to-end learning network is more effective and suitable for the classification of the terracotta warrior fragments. � 2021 by the authors. licensee mdpi, basel, switzerland. number of references: 54 main heading: multilayer neural networks controlled terms: semantics uncontrolled terms: 3d point cloud� - �classification methods� - �classification tasks� - �hierarchical structures� - �learning network� - �low-level features� - �multi layer perceptron� - �semantic features numerical data indexing: percentage 9.35e 01%, percentage 9.62e 01% doi: 10.3390/rs13183713 funding details: number: 2020-sf-140, acronym: -, sponsor: -; number: 2019zdlgy10-01,2019zdlsf07-02, acronym: -, sponsor: -; number: 61701403,61731015, acronym: nsfc, sponsor: national natural science foundation of china; number: 2018m643719, acronym: -, sponsor: china postdoctoral science foundation; number: 18jk0767, acronym: -, sponsor: education department of shaanxi province; number: 2019yfc1521102,2019yfc1521103, acronym: nkrdpc, sponsor: national key research and development program of china; number: 20190107, acronym: -, sponsor: shaanxi science and technology association; funding text: funding: this work was supported in part by the national key research and development program of china (2019yfc1521103, 2019yfc1521102); national natural science foundation of china (61701403, 61731015); key r&d projects in shaanxi province (2019zdlsf07-02, 2019zdlgy10-01); key r&d projects in qinghai province (2020-sf-140); china post-doctoral science foundation (2018m643719); young talent support program of the shaanxi association for science and technology (20190107); scientific research program funded by shaanxi provincial education department (18jk0767). compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 32. experimental research on sliding friction of dense dry particles lubricated between parallel plates accession number: 20210809965185 authors: meng, fanjing (1); liu, huabo (1); hua, shaozhen (1); pang, minghua (2) author affiliation: (1) school of mechanical engineering, henan institute of technology, xinxiang; henan; 453003, china; (2) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; henan; 453003, china corresponding author: meng, fanjing(mengfanjing0901@126.com) source title: tribology letters abbreviated source title: tribol. lett. volume: 69 issue: 2 issue date: june 2021 publication year: 2021 article number: 33 language: english issn: 10238883 e-issn: 15732711 document type: journal article (ja) publisher: springer abstract: abstract: particle flow lubrication is a promising choice for extreme working conditions. lubricated by dense dry particles between parallel plates, clarifying the sliding friction characteristics are significant to the design and parameter selection of particle-lubricated warm forming die, which is not well studied yet through the experimental methods. a self-developed testing apparatus was used to study the sliding tribological characteristics of parallel plates under dense particle lubrication. the experimental results showed that the dry particle lubrication between parallel-plates behaves excellent lubrication characteristics on sliding friction. the average coefficient of friction between the upper palate and particles increases rapidly with the increase of pressure load while corresponding to the change of average coefficient of friction, the average friction force increases linearly with the increase of pressure load. the force chain line between the upper plate and the particle lubrication media becomes thicker with the increase of pressure load, indicating that the contact force and contact stress are increasing. the average coefficient of friction and average friction force decrease with the increase of sliding velocity. the force chain line between the upper plate and the particle lubrication media becomes thinner with the increase of the sliding velocity, indicating that the contact force and contact stress are decreasing. the greater the contact stress is, the greater the average coefficient of friction will be. this study provides a deep understanding of the sliding tribological behaviors of the warm-forming die lubricated by the particle media. graphical abstract: [figure not available: see fulltext.]. � 2021, the author(s), under exclusive licence to springer science business media, llc part of springer nature. number of references: 36 main heading: friction controlled terms: loads (forces)� - �tribology uncontrolled terms: coefficient of frictions� - �experimental methods� - �experimental research� - �lubrication characteristics� - �parameter selection� - �sliding velocities� - �tribological behaviors� - �tribological characteristics classification code: 408 structural design� - �931 classical physics; quantum theory; relativity doi: 10.1007/s11249-021-01405-1 funding details: number: 2019ggjs265, acronym: -, sponsor: -; number: 21a110007,21a130001, acronym: -, sponsor: -; number: 212102210432, acronym: -, sponsor: -; number: 51605150, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was supported by the national natural science foundation of china (51605150). this work was also partly supported by the henan provincial key teacher training program (2019ggjs265), the scientific and technological research projects in henan province (212102210432), and the key scientific research projects of henan universities (21a110007 and 21a130001) compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 33. wettability of textured surface of 304 stainless steel prepared by one step method in air / liquid environment accession number: 20213510838341 title of translation: /304 authors: wen, yongmei (1); zhao, xiangyang (1); wang, guosheng (1); li, kun (2) author affiliation: (1) school of vehicle and traffic engineering, henan institute of technology, xinxiang; 453003, china; (2) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china corresponding author: wen, yongmei(yomei999@163.com) source title: zhongguo biaomian gongcheng/china surface engineering abbreviated source title: zhongguo biaomian gongcheng/china surf. eng. volume: 34 issue: 1 issue date: february 23, 2021 publication year: 2021 pages: 97-103 language: chinese issn: 10079289 document type: journal article (ja) publisher: chinese mechanical engineering society abstract: surface wettability is a research hotspot of surface technology. in order to study the influence of laser micro texture on the wettability of 304 stainless steel surface in different processing environments, the micro textured surface is prepared by one-step method in air and absolute ethanol environment with fiber laser marking machine. the control mechanism of processing environment and laser parameters on the wettability of 304 stainless steel surface was analyzed from texture morphology and chemical composition of texture surface. the results show that the surface contact angle of non-textured 304 stainless steel is 56. 89 � which shows hydrophilic property. the texture prepared in air environment is micro scale groove texture, and the number of o atoms is significantly increased compared with the non-texture 304 stainless steel surface, and the surface contact angle is 10. 61 � which shows high hydrophilic property. in the range of experimental parameters, the texture prepared in absolute ethanol environment is irregular micro-nano texture. compared with the non texture 304 stainless steel surface, a large number of c atoms are added, and the surface contact angle is 66. 14 � to 117. 83 � which shows hydrophobic property. the hydrophilic/ hydrophobic surface can be applied to the directional transport of micro liquid. the main factors affecting the wettability of 304 stainless steel are texture morphology and chemical composition of the surface. this study provides a reference for the surface wettability control of 304 stainless steel. � 2021, editorial office of china surface engineering. all right reserved. number of references: 24 main heading: austenitic stainless steel controlled terms: chemical analysis� - �contact angle� - �ethanol� - �fiber lasers� - �hydrophilicity� - �hydrophobicity� - �marking machines� - �morphology� - �steel fibers� - �textures � - �wetting uncontrolled terms: chemical compositions� - �experimental parameters� - �hydrophilic properties� - �hydrophobic properties� - �laser marking machines� - �micro-textured surfaces� - �processing environments� - �surface contact angle classification code: 545.3 steel� - �601.1 mechanical devices� - �744.4 solid state lasers� - �804.1 organic compounds� - �819.4 fiber products� - �931.2 physical properties of gases, liquids and solids doi: 10.11933/j.issn.1007-9289.20201102002 funding text: key scientific research projects of colleges and universities in henan province(21a460005). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 34. new advances in instrument detection and control����(open access) accession number: 20211310135369 authors: qian, wei (1); chen, yonggang (2); yang, junqi (1) author affiliation: (1) school of electrical engineering & automation, henan polytechnic university, jiaozuo, china; (2) school of mathematical sciences, henan institute of science and technology, xinxiang, china corresponding author: qian, wei(qwei@hpu.edu.cn) source title: systems science and control engineering abbreviated source title: syst. sci. control eng. volume: 9 issue: s1 issue date: 2021 publication year: 2021 pages: 1-5 language: english e-issn: 21642583 document type: journal article (ja) publisher: taylor and francis ltd. doi: 10.1080/21642583.2021.1892280 open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 35. flow characteristics and mechanical mechanism analysis in a dense sheared granular system accession number: 20214010970350 authors: meng, fanjing (1); liu, huabo (1); hua, shaozhen (1); pang, minghua (2) author affiliation: (1) school of mechanical engineering, henan institute of technology, xinxiang; 453003, china; (2) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china corresponding author: meng, fanjing(mengfanjing0901@126.com) source title: powder technology abbreviated source title: powder technol. volume: 395 issue date: january 2022 publication year: 2022 pages: 71-82 language: english issn: 00325910 e-issn: 1873328x coden: potebx document type: journal article (ja) publisher: elsevier b.v. abstract: flow characteristics and the mechanical theory of granular flows in dense sheared granular systems have yet to be fundamentally understood because of the complexities and discreteness of these systems. this study derives the appropriate equations and effects of mechanical parameters on fluctuation velocity, and investigates the solid volume fraction for a dense granular assembly sheared between two parallel plates. theoretical results are verified via a discrete element method simulation. djn~������ӿ���~fl5l )hb5�b* cj ojqj\�^jaj ph ,h�~�5�b* cj ojqj\�^jaj o(ph 2h��hb5�b* cj ojqj\�^jaj o(ph /h�f�hb5�b* cj4ojqj\�^jaj4ph 2h�f�hb5�b* cj4ojqj\�^jaj4o(ph ,hb5�b* cj4ojqj\�^jaj4o(ph hbajh �hbaj)hb5�b* cjhojqj\�^jajhph ,hb5�b* cjhojqj\�^jajho(ph )h�7e5�b* cjhojqj\�^jajhph fhj��������������� ����������������������� �h 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mechanisms of the granular flows in this dense sheared granular system are investigated using this simulation method. results show that the fluctuation velocity of granules at the boundaries is larger than that in the middle of the clearance, which is opposite the variation tendency of solid volume fraction. a change in the mechanical parameters can directly influence fluctuation velocity, thereby inducing the variation of the solid volume fraction. moreover, studies on the mechanical mechanisms of granular flows indicate that inertial number has more significant effects on shear dilatancy, micro-contact structures, and coordination coefficient than contact stiffness coefficient. that is, shear dilatancy amplitude, strong force chains, and coordination coefficient decrease with the increased inertial number. � 2021 elsevier b.v. number of references: 54 main heading: granular materials controlled terms: confined flow� - �mechanisms� - �shear flow� - �velocity� - �volume fraction uncontrolled terms: dense sheared granular system� - �flow characteristic� - �fluctuation velocities� - �force chains� - �granular flows� - �granular system� - �mechanical mechanisms� - �mechanical parameters� - �shear dilatancy� - �solid volume fraction classification code: 601.3 mechanisms� - �631.1 fluid flow, general� - �641.1 thermodynamics� - �951 materials science doi: 10.1016/j.powtec.2021.09.040 funding details: number: -, acronym: nsfc, sponsor: national natural science foundation of china; funding text: this work was supported by the national natural science foundation of china (52175397 and 51605150). this work was also partly supported by the henan provincial key teacher training program (2019ggjs265), the scientific and technological research projects in henan province (212102210432), and the key scientific research projects of henan universities (21a110007 and 21a130001). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 36. theoretical unraveling detailed excited state proton transfer mechanism for 2,5-bis (benzoxazol-2-yl)thiophene-3,4-diol-ethyl compound in different solvents accession number: 20210809969237 authors: zhang, xiaoqian (1); wan, huilin (2); li, chaozheng (3); liu, yufang (1) author affiliation: (1) school of physics, henan normal university, xinxiang, china; (2) school of environmental science and technology, dalian university of technology, dalian, china; (3) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang, china corresponding author: zhang, xiaoqian(zhangxiaoqian@htu.edu.cn) source title: journal of physical organic chemistry abbreviated source title: j phys org chem volume: 34 issue: 7 issue date: july 2021 publication year: 2021 article number: e4195 language: english issn: 08943230 e-issn: 10991395 coden: jpocee document type: journal article (ja) publisher: john wiley and sons ltd abstract: excited state intramolecular proton transfer (esipt) of organic molecules has been drawing continuously considerable interests. it is not only one of the most basic processes in life but also exists in wide of application fields. in this work, we theoretically make a thorough inquiry about molecular excited state trends and esipt procedures for the novel highly miscible 2,5-bis (benzoxazol-2-yl)thiophene-3,4-diol-ethyl (bbte) molecule. based on dft and tddft means, we first examine and certify hydrogen bond o1�h2���n3 role in bbte. probing into molecular structure and infrared (ir) vibrational behaviors, we validate o1�h2���n3 of bbte is enhanced in s1 state via photo-induced excitation. accessorial negative electronic densities over n3 atom facilitate attracting hydrogen proton, which caters to the truth of strengthening hydrogen bond in s1. in addition, frontier orbital gap indicates the solvent polarity plays vital roles in affecting excited state courses for bbte. by means of potential energy curves (pecs) in three kinds of solvents, we propose the ultrafast esipt mechanism for bbte with explaining previous experimental characteristics. along the way of esipt, we present the regulation mechanism for bbte via solvent polarities. the enhanced hydrogen bond and charge redistribution facilitate excited state intramolecular proton transfer (esipt) reaction for 2,5-bis (benzoxazol-2-yl)thiophene-3,4-diol-ethyl (bbte) system. frontier orbital gap reveals that solvent polarity could play vital roles in controlling excited state dynamical behaviors for bbte compound. solvent polarity could regulate and control the ultrafast esipt behavior for bbte molecule. � 2021 john wiley & sons, ltd. number of references: 70 main heading: excited states controlled terms: complexation� - �hydrogen bonds� - �image enhancement� - �molecules� - �potential energy� - �proton transfer� - �solvents� - �thiophene uncontrolled terms: charge redistribution� - �excited-state intramolecular proton transfer� - �excited-state proton transfer� - �experimental characteristics� - �photo-induced excitation� - �potential energy curves� - �regulation mechanisms� - �vibrational behavior classification code: 801.4 physical chemistry� - �802.2 chemical reactions� - �803 chemical agents and basic industrial chemicals� - �804.1 organic compounds� - �931.3 atomic and molecular physics� - �932.1 high energy physics doi: 10.1002/poc.4195 funding details: number: 13irtsthn016, acronym: -, sponsor: -; number: 11274096,11904082,11974103, acronym: nsfc, sponsor: national natural science foundation of china; number: 20irtsthn016, acronym: henu, sponsor: henan university; funding text: this work is supported by national natural science foundation of china (grant nos. 11274096, 11974103, and 11904082) and innovative research team (in science and technology) in university of henan province (grant no. 20irtsthn016), and university science and technology innovation team support project of henan province (grant no. 13irtsthn016). the calculation about this work was supported by the high performance computing center of henan normal university. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 37. formation and in vitro digestion of w/o/w emulsions loading anthocyanin extract from grape skin powder accession number: 20211110088952 title of translation: w/o/w authors: xu, weili (1); mu, wei (2); lu, zhaoxin (1); xu, guihua (3) author affiliation: (1) department of food science and engineering, harbin institute of technology, harbin; 150001, china; (2) department of biomolecule and chemical engineering, harbin institute of technology, harbin; 150001, china; (3) food school, henan institute of science and technology, xinxiang; 453003, china source title: journal of chinese institute of food science and technology abbreviated source title: j. chin. inst. food sci. technol. volume: 21 issue: 2 issue date: february 28, 2021 publication year: 2021 pages: 213-220 language: chinese issn: 10097848 document type: journal article (ja) publisher: chinese institute of food science and technology abstract: in present study, a water-in-oil-in-water(w/o/w) double microemulsions were prepared with the water-extracted anthocyanins (acns) from grape skin as the inner water phase (w1), corn oil as the oil phase, and whey protein isolate (wpi) solution as the outer water phase (w2). the double emulsions showed high encapsulation efficiency of (93.19 � 2.78)%, and their droplet diameters averaged (287.90 � 3.12) nm. after mouth digestion, no obvious morphological change in the droplets was observed. under the simulated gastric conditions, the droplets fused with each other to form larger droplets with double-layer structure, and the droplet sizes (d>600 nm) increased significantly (p � 2021, editorial office of journal of cifst. all right reserved. number of references: 36 main heading: anthocyanins controlled terms: drops� - �microemulsions� - �oils and fats� - �ostwald ripening uncontrolled terms: anti-oxidant activities� - �double layer structure� - �encapsulation efficiency� - �intestinal digestion� - �morphological changes� - �simulated gastric conditions� - �water-in-oil-in-water� - �whey protein isolate classification code: 804 chemical products generally� - �804.1 organic compounds doi: 10.16429/j.1009-7848.2021.02.026 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 38. an efficient algorithm for solving a class of fractional programming problems����(open access) accession number: 20213010679653 authors: qiu, yongjian (1, 2); zhu, yuming (1); yin, jingben (3) author affiliation: (1) school of management, northwestern polytechnical university, xi�an; 710072, china; (2) school of clinical, xinxiang medical university, xinxiang; 453003, china; (3) school of mathematical sciences, henan institute of science and technology, xinxiang; 453003, china corresponding author: qiu, yongjian(05091002@sqmc.edu.cn) source title: mathematical problems in engineering abbreviated source title: math. probl. eng. volume: 2021 issue date: 2021 publication year: 2021 article number: 5556130 language: english issn: 1024123x e-issn: 15635147 document type: journal article (ja) publisher: hindawi limited abstract: this paper presents an efficient branch-and-bound algorithm for globally solving a class of fractional programming problems, which are widely used in communication engineering, financial engineering, portfolio optimization, and other fields. since the kind of fractional programming problems is nonconvex, in which multiple locally optimal solutions generally exist that are not globally optimal, so there are some vital theoretical and computational difficulties. in this paper, first of all, for constructing this algorithm, we propose a novel linearizing method so that the initial fractional programming problem can be converted into a linear relaxation programming problem by utilizing the linearizing method. secondly, based on the linear relaxation programming problem, a novel branch-and-bound algorithm is designed for the kind of fractional programming problems, the global convergence of the algorithm is proved, and the computational complexity of the algorithm is analysed. finally, numerical results are reported to indicate the feasibility and effectiveness of the algorithm. � 2021 yongjian qiu et al. number of references: 43 main heading: computational complexity controlled terms: branch and bound method� - �engineering education� - �financial data processing� - �mathematical programming� - �relaxation processes uncontrolled terms: algorithm for solving� - �branch-and-bound algorithms� - �communication engineering� - �financial engineering� - �fractional programming� - �global conver-gence� - �portfolio optimization� - �programming problem classification code: 721.1 computer theory, includes formal logic, automata theory, switching theory, programming theory� - �901.2 education� - �921.5 optimization techniques� - �931.1 mechanics doi: 10.1155/2021/5556130 compendex references: yes open access type(s): all open access, gold database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 39. branch-and-reduction algorithm for indefinite quadratic programming problem����(open access) accession number: 20211710247052 authors: qiu, yongjian (1, 2); zhu, yuming (1); yin, jingben (3) author affiliation: (1) school of management, northwestern polytechnical university, xi�an; 710072, china; (2) school of clinical, xinxiang medical university, xinxiang; 453003, china; (3) school of mathematical sciences, henan institute of science and technology, xinxiang; 453003, china corresponding author: qiu, yongjian(05091002@sqmc.edu.cn) source title: complexity abbreviated source title: complexity volume: 2021 issue date: 2021 publication year: 2021 article number: 5578427 language: english issn: 10762787 e-issn: 10990526 document type: journal article (ja) publisher: hindawi limited abstract: this paper presents a rectangular branch-and-reduction algorithm for globally solving indefinite quadratic programming problem (iqpp), which has a wide application in engineering design and optimization. in this algorithm, first of all, we convert the iqpp into an equivalent bilinear optimization problem (ebop). next, a novel linearizing technique is presented for deriving the linear relaxation programs problem (lrpp) of the ebop, which can be used to obtain the lower bound of the global optimal value to the ebop. to obtain a global optimal solution of the ebop, the main computational task of the proposed algorithm involves the solutions of a sequence of lrpp. moreover, the global convergent property of the algorithm is proved, and numerical experiments demonstrate the higher computational performance of the algorithm. 9479威尼斯 copyright � 2021 yongjian qiu et al. number of references: 41 main heading: quadratic programming controlled terms: optimal systems uncontrolled terms: bilinear optimizations� - �computational performance� - �computational task� - �engineering design and optimizations� - �global optimal solutions� - �indefinite quadratic programming� - �numerical experiments� - �reduction algorithms classification code: 961 systems science doi: 10.1155/2021/5578427 compendex references: yes open access type(s): all open access, gold, green database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 40. a theoretical study on the role of ammonium ions in the double-layered v2o5electrode accession number: 20211010019486 authors: qu, zilin (1); zhou, bo (1); li, bo (1); song, qi (1); cao, yong hua (2); jiang, zhenyi (1) author affiliation: (1) institute of modern physics, shanxi key laboratory for theoretical physics frontiers, northwest university, xi�an; 710127, china; (2) school of mechanical and electrical engineering, henan institute of science and technology, xinxiang; 453003, china corresponding author: zhou, bo(zhoubo@nwu.edu.cn) source title: physical chemistry chemical physics abbreviated source title: phys. chem. chem. phys. volume: 23 issue: 7 issue date: february 21, 2021 publication year: 2021 pages: 4187-4194 language: english issn: 14639076 coden: ppcpfq document type: journal article (ja) publisher: royal society of chemistry abstract: double-layered v2o5 and its analogues have received increasing attention as a proper cathode for mg2 , na , li ion batteries, even for ammonium ion batteries. our theoretical research focuses on the effects of nh4 ions on the structural stability and the ion diffusion properties of double-layered v2o5. the elastic constant calculations indicate the nh4 and water contents have a dramatic influence on the stability of the electrode. when the ratio of h2o and ammonia ions decreases to (nh4)0.125v2o5�0.125h2o, double-layered bronze will transform into other phases. the predicted specific capacity for the redox process from (nh4)0.5v2o5�0.5h2o to (nh4)0.125v2o5�0.125h2o is 54.6 ma h g-1, which agrees with the experimental value of 55.6 ma h g-1. from the diffusion barrier calculations, it is found that the h2o molecules can shield the polarization of nh4 and lower the diffusion barrier of nh4 ions. furthermore, the migrations of common charge carriers in nh4 pre-intercalated v2o5 have also been studied, which implies that li , zn2 , na , mg2 ions may move easily in the electrode with energy barriers lower than 525 mev. our findings match well with the reported experimental results. a special structure of mg6nh4v8o20 with a much higher mg ion concentration has been reported. our findings show that the theoretical specific density of mg batteries based on nh4 pre-intercalated v2o5 can be improved to 431 ma h g-1, which is 2.5 times larger than the reported values. this work highlights the effects of the ratio of nh4 and h2o on double-layered v2o5 and provides insights into designing vanadium oxide based fast-diffusion multivalent ion conductors, which are suitable for battery applications. � 2021 the owner societies. number of references: 38 main heading: ions controlled terms: ammonia� - �carrier mobility� - �diffusion barriers� - �electric batteries� - �electrodes� - �lithium compounds� - �magnesium� - �stability� - �vanadium pentoxide uncontrolled terms: battery applications� - �experimental values� - �ion concentrations� - �special structure� - �specific capacities� - �structural stabilities� - �theoretical research� - �theoretical study classification code: 542.2 magnesium and alloys� - �702.1 electric batteries� - �712.1 semiconducting materials� - �804.2 inorganic compounds numerical data indexing: electron_volt 5.25e-01ev doi: 10.1039/d0cp05717g funding details: number: 51572219,51872227, acronym: nsfc, sponsor: national natural science foundation of china; number: -, acronym: nwu, sponsor: northwest university; number: 16jk1791, acronym: -, sponsor: natural science foundation of shaanxi provincial department of education; funding text: this research is supported by the double first-class university construction project of northwest university, natural science foundation of shaanxi provincial department of education (no. 16jk1791), and national natural science foundation of china under grants (no. 51572219 and 51872227). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 41. proteomics analysis to investigate the impact of diversified thermal processing on meat tenderness in hengshan goat meat accession number: 20213310784089 authors: jia, wei (1, 2); zhang, rong (1); liu, li (1); z., zhu; h., mo; m., xu; l., shi; h., hao zhang(3) author affiliation: (1) school of food and biological engineering, shaanxi university of science & technology, xi�an; 710021, china; (2) shaanxi research institute of agricultural products processing technology, xi�an; 710021, china; (3) department of food science, henan institute of science and technology, xinxiang; 453003, china corresponding author: jia, wei(jiawei@sust.edu.cn) source title: meat science abbreviated source title: meat sci. volume: 183 issue date: january 2022 publication year: 2022 article number: 108655 language: english issn: 03091740 coden: mescdn document type: journal article (ja) publisher: elsevier ltd abstract: during the thermal processing, proteins of hengshan goat meat undergo structural modifications such as degradation, oxidation and denaturation, ultimately affect the palatability and acceptability. the results of several objective metrics demonstrated that thermal processing exhibited significant impacts on the tenderness of goat meat. the 551, 84, 72, and 121 proteins were identified in the control and thermal processed groups (boiled, steamed, and roasted), respectively. compared with the control group, the 101, 98, and 109 differentially-expressed proteins were explored in the treatment groups. furthermore, the functions of metabolic and skeletal muscle proteome were investigated and discussed. sensory evaluation and proteomics analysis showed that steaming and boiling treatment had no significant effect on the tenderness of goat meat, while roasting significantly reduced the tenderness, indicating that the available thermal processing methods to ensure the tenderness of goat meat were steaming and boiling treatments. thus, the established proteomics database of goat meat provided the valuable reference for rational selection of thermal processing methods. � 2021 elsevier ltd number of references: 56 main heading: meats controlled terms: calcination� - �heat treatment� - �molecular biology� - �muscle� - �processing� - �proteins� - �sensory analysis� - �thermal processing (foods) uncontrolled terms: goat meat� - �label-free quantification� - �meat tenderness� - �objective metrics� - �processing method� - �proteomic analysis� - �proteomics� - �structural modifications� - �tenderness� - �thermal classification code: 461.2 biological materials and tissue engineering� - �461.9 biology� - �537.1 heat treatment processes� - �802.3 chemical operations� - �804.1 organic compounds� - �822.2 food processing operations� - �822.3 food products� - �913.4 manufacturing doi: 10.1016/j.meatsci.2021.108655 funding details: number: 31671888, acronym: nsfc, sponsor: national natural science foundation of china; number: 31801643, acronym: nsfc, sponsor: national natural science foundation of china; funding text: the research was financially supported by the national natural science foundation of china (no. 31801643, 31671888), scientific research program funded by shaanxi province education department, china (no. 20jc004), science and technology project of weiyang district, xi�an city (no. 201936), innovation capability support program of shaanxi (no. 2021kjxx-37), key research and development program of shaanxi (no. 2021ny-185), and key research and development projects in henan province (no. 202102110017). compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 42. disturbance of vitamin c on chemical oscillation system of milk powder accession number: 20213110697240 title of translation: c authors: ma, yongjie (1); bao, hongliang (1); wang, ruijie (1); wang, liye (1); lou, wenjuan (2); dong, wenbin (3) author affiliation: (1) college of food and drug, luoyang normal university, luoyang; 471934, china; (2) school of food science, henan institute of science and technology, xinxiang; 453003, china; (3) college of chemistry and chemical engineering, shaanxi university of science and technology, xi�an; 710021, china source title: nongye jixie xuebao/transactions of the chinese society for agricultural machinery abbreviated source title: nongye jixie xuebao volume: 52 issue: 7 issue date: july 25, 2021 publication year: 2021 pages: 351-357 language: chinese issn: 10001298 coden: nuyca3 document type: journal article (ja) publisher: chinese society of agricultural machinery abstract: the effect of vitamin c on the oscillation of (nh4)4ce(so4)4-nabro3-malonic acid chemical oscillation system was studied. the blank samples of milk powder and pure water were taken as test samples, and the data were collected by clicking the menu. when the oscillation curve was smooth for 8 min, different amounts of vitamin c were added to investigate the influence of each amount of vitamin c on the visual information and characteristic parameters of the corresponding oscillation spectrum. the results showed that when the amount of vitamin c was more than 0.001 5 g per gram milk powder, the visual spectrum and some characteristic parameters of milk powder and pure water blank samples were changed significantly, especially when the amount of vitamin c was more than 0.010 6 g, the maximum amplitude of characteristic parameters of milk powder oscillation spectrum after interference was basically unchanged, and the oscillation state basically stopped. for the interference of vitamin c to the blank sample, when the vitamin c content was greater than 0.020 3 g, the maximum amplitude after interference basically reached a stable state, and the peak valley potential after interference was decreased with the gradual increase of vitamin c content. when the vitamin c content was greater than or equal to 0.025 4 g, the peak valley potential after interference basically did not change. the research result provided a theoretical basis for the qualitative and quantitative analysis of vitamin c content in milk powder samples. � 2021, chinese society of agricultural machinery. all right reserved. number of references: 25 main heading: dairies controlled terms: ascorbic acid uncontrolled terms: chemical oscillations� - �maximum amplitude� - �oscillation curves� - �oscillation spectra� - �oscillation state� - �qualitative and quantitative analysis� - �visual information� - �vitamin c contents classification code: 804.1 organic compounds� - �822.1 food products plants and equipment numerical data indexing: time 4.80e 02s doi: 10.6041/j.issn.1000-1298.2021.07.038 compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 43. the ability of lactic acid bacteria strains to remove di-n-butyl phthalate in simulated food matrices accession number: 20203409068845 authors: zhao, lili (1, 2); pan, xin (1); yang, qingxiang (1, 2); zhao, ruixiang (3); li, xinlei (1) author affiliation: (1) college of life sciences, henan normal university, xinxiang; henan province; 453007, china; (2) henan international joint laboratory of agricultural microbial ecology and technology, henan normal university, xinxiang; 453007, china; (3) school of food science, henan institute of science and technology, xinxiang; 453003, china corresponding authors: yang, qingxiang(yangqx@htu.edu.cn); yang, qingxiang(yangqx@htu.edu.cn) source title: international journal of food science and technology abbreviated source title: int. j. food sci. technol. volume: 56 issue: 2 issue date: february 2021 publication year: 2021 pages: 553-562 language: english issn: 09505423 e-issn: 13652621 document type: journal article (ja) publisher: blackwell publishing ltd abstract: in this study, dbp (di-n-butyl phthalate) was used as an example to evaluate the plasticiser-binding ability of lactic acid bacteria strains (labs). three strains of lactobacillus plantarum 121, leuconostoc mesenteroides dm12 and lactobacillus acidophilus ncfm were selected from labs to test their dbp binding ability in different simulated food matrices. the results indicated that starch, gelatinised starch and glucose could significantly promote the dbp binding efficiencies of labs. low-concentration proteins ( � 2020 institute of food science and technology number of references: 23 main heading: chemical contamination controlled terms: bacilli� - �detoxification� - �esters� - �laboratories� - �lactic acid� - �plasticizers� - �proteins� - �starch uncontrolled terms: binding efficiency� - �di-n-butyl phthalate� - �lactic acid bacteria� - �lactobacillus acidophilus� - �lactobacillus plantarum� - �leuconostoc mesenteroides� - �low concentrations� - �simulation systems classification code: 461.9 biology� - �803 chemical agents and basic industrial chemicals� - �804.1 organic compounds� - �822.3 food products doi: 10.1111/ijfs.14741 funding details: number: 5201049130166, acronym: -, sponsor: -; number: 5101049170185, acronym: -, sponsor: henan normal university; funding text: this study was supported by the key project of r&d and promotion of the education department of henan province of china [no. 5201049130166], the phd research startup foundation of henan normal university [no. 5101049170185] and the key project of natural science foundation of china henan joint funds [no. u1904205]. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc. 44. identity-constrained noise modeling with metric learning for face anti-spoofing accession number: 20210409829581 authors: xu, yaowen (1); wu, lifang (1); jian, meng (1); zheng, wei-shi (2, 3); ma, yukun (4); wang, zhuming (1) author affiliation: (1) beijing university of technology, beijing; 100124, china; (2) school of data and computer science, sun yat-sen university, guangzhou; 510275, china; (3) key laboratory of machine intelligence and advanced computing, ministry of education, china; (4) henan institute of science and technology, henan, china corresponding author: wu, lifang(lfwu@bjut.edu.cn) source title: neurocomputing abbreviated source title: neurocomputing volume: 434 issue date: april 28, 2021 publication year: 2021 pages: 149-164 language: english issn: 09252312 e-issn: 18728286 coden: nrcgeo document type: journal article (ja) publisher: elsevier b.v. abstract: face presentation attack detection (pad) has become a key component in face-based application systems. typical face de-spoofing algorithms estimate the noise pattern of a spoof image to detect presentation attacks. these algorithms are device-independent and have good generalization ability. however, the noise modeling is not very effective because there is no ground truth (gt) with identity information for training the noise modeling network. to address this issue, we propose using the bona fide image of the corresponding subject in the training set as a type of gt called appr-gt with the identity information of the spoof image. a metric learning module is proposed to constrain the generated bona fide images from the spoof images so that they are near the appr-gt and far from the input images. this can reduce the influence of imaging environment differences between the appr-gt and gt of a spoof image. extensive experimental results demonstrate that the reconstructed bona fide image and noise with high discriminative quality can be clearly separated from a spoof image. the proposed algorithm achieves competitive performance. � 2020 number of references: 65 main heading: computer applications controlled terms: neural networks uncontrolled terms: application systems� - �attack detection� - �competitive performance� - �generalization ability� - �identity information� - �metric learning� - �noise modeling� - �noise patterns classification code: 723.5 computer applications doi: 10.1016/j.neucom.2020.12.095 funding text: the authors would like to thank xiaoming liu for the valuable comments. we also thank kimberly moravec, phd, from liwen bianji, edanz editing china (www.liwenbianji.cn/ac), for editing the english text of a draft of this manuscript. this work was supported in part by the national natural science foundation of china under grants 61702022, 61802011, and 61976010, in part by the beijing municipal education committee science foundation under grant km201910005024, in part by the beijing postdoctoral research foundation under grant zz2019-63, and in part by the �ri xin� training program foundation for talents by the beijing university of technology. compendex references: yes database: compendex data provider: engineering village compilation and indexing terms, 9479威尼斯 copyright 2021 elsevier inc.      � � � � � � �� ӏ %� n� �� ‚ � �� � � -� c� u� d� u� �� �� ʃ �� ������������������������$ �)7$8$h$a$gd;�$�87$8$h$a$gd;� $7$8$h$a$gd;�� <� n� d� �� �� ‚ ܂ � � �� �� � � � (� -� =� c� m� u� [� d� l� u� |� �� �� �� �� ʃ ԃ �� �� �� �� �� ̊ t� h� ^� s� a� f� w� h� @� m� � 1� 5� ?� i� x� �� �� 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