ZhouAnning
Zhou Anning, doctor, is the second-grade professor and PhDSupervisor, academic leader of Mineral Processing Engineering and famousteacher of Xi’an University of Science and Technology; he is also theOutstanding Innovation Talent on Coal Industry Technology, Outstanding Teacherin Shaanxi Province and Excellent Returned Overseas Student. His concurrent academic posts include Deputy Director ofKey Laboratory of Coal Resources Survey and Integrated Utilization of Ministryof Land and Resources, member of Coal Industry Committee of Technology, ChinaNational Coal Association, standing director of Specialized Committee of CoalChemical Industry, The Chemical Industry and Engineering Society of Shaanxi,Deputy Director of Xi’an Society of Nanotechnology, etc. His mainresearch fields include: coal processing by different quality andpoly-generation conversion, conversion and utilization of coal-based materialsand carbon dioxide. He has successively chaired or accomplished more than 20national and provincial fund programs and enterprise cooperative projects. Ofwhich, 5 obtained provincial science and technology progress award and 10obtained patent for invention; he has published 4 textbooks and monographs andmore than 200 papers.
Research directions:
1.Poly-generationconversion of coal and biomass
2.Processingand utilization of coal and minerals by different quality
3.Preparationand application of coal-based function materials
4.Carbondioxide capture and utilization
Main achievements:
1.Electroflotation separation of coal and rock maceral and the study on theagglomerated feature of electrochemistry. Journal of China University of Miningand Technology. 2018, 47(05): 1104-1112.
2.Impact of methanol steam reforming and coal pyrolysis coupling to pyrolysisproducts. Coal Technology. 2018,37(08): 290-292.
3.Researchprogress of In situ catalytic pyrolysis and upgrading on coal pyrolysis gasphase tar. Applied Chemical Industry. 2018, 47(07): 1513-1517.
4、A strategy for regulating the performance of DCFC with semi-cokefuel. International Journal of Hydrogen Energy. 2018, 43(15): 7465-7472
5.Research on the preparation of Lithium aluminum titanium hydrotalcite/delaycoke and the CO2 adsorption property. Journal of Central South University.2017,48(4):880-888.
6.Preparation of MnO2/coal-based graphene nanocomposite and the electrochemicalproperty. New Carbon Materials. 2017,31(5):545-549.
7.Researchon the impact of electrochemical treatment to the surface structure andflotability of Shenfu coalmaceral. Journal of Fuel Chemistry and Technology.2017, 45(4): 400-407.
8、Utilization of Bituminous coal in a Direct fuel Cell.International Journal of Hydrogen Energy, 2016, 41(1): 8576-8582.
9.Characteristics of Shenfu coal pyrolysis-excitation coupling reaction productsand mechanism study. Journal of Fuel Chemistry and Technology. 2016,44(2):146-153.
Ongoingscientific research projects:
1.Cooperation with Shenhua Ningxia Coal Industry Group Co., Ltd. with theresearch on coal quality for chemical engineering and the development of coalblending system.
2.Preparation of new type hydrotalcite/activated carbon composite and CO2 captureand photocatalytic performance research, NSFC project number:51674194.
Awards:
1.Preparation of Zn-Al-Mg lamellar dihydroxyl hydroxide/Shenfu coal composite andperformance study, third prize of Science and Technology Progress Award ofInstitution of Higher Learning in Shaanxi Province, 2016.
2.Research on the new technology of ultra-fine and ultra-pure coal separated andprepared by fluidized bed jet mill of Taixi Coal Washery, second prize ofScience and Technology Progress Award of Coal Industry Association, 2016.
3.Photooxidation and biotransformation coupling mechanism of coal and appliedresearch, third prize of Science and Technology Progress Award of ShaanxiProvince, 2012.
DuMeili
Du Meili, doctor of engineering, professor, PhD Supervisor. Heis the committee member of Mining Industry, Ministry of Education, Dean ofCollege of Chemistry and Chemical Engineering, academic leader of AppliedChemistry of Xi’an University of Science and Technology, member of academiccommittee of Xi’an University of Science and Technology, member of academicdegrees committee of Xi’an University of Science and Technology, member ofliterature editorial committee of Xi’an University of Science and Technology,director of Shaanxi Society for Mineralogy Petrology and Geochemistry, memberof subcommittee of Coal Petrography of National Technical Committee forStandardization of Coal, Co-chairman of Committee of Xi’an University ofScience and Technology, Jiu San Society and member of Shaanxi ProvincialCommittee of Jiu San Society. He is mainly engaged in the research of coal andcoal series associated minerals processing and utilization and has publishedmore than 100 academic papers in domestic and international academicperiodicals and many have been included by SCI, EI; he has published 4monographs and obtained 6 patent licensing; he has undertaken more than 30longitudinal and transverse scientific research projects including NSFC keyprojects and NSFC general programs, CNPC programs, Shaanxi science and technologykey projects and obtained 6 teaching and scientific research achievementsawards. He has cultivated more than 60 postgraduate and doctoral students.
Recent main papers:
1. Yuchu Cai, Meili Du, Shuili Wang, et al. Flotationcharacteristics of oxidized coal slimes within low-rank metamorphic[J]. PowderTechnology, 2018, 340, 34-38.（SCI）
2. Meili Du, Zongyi Yang, Jinwen Fan. Study on the InferenceFactors of Huangling Coking Coal Pyrolysis. IOP Conference Series: Earth andEnvironmental Science, 108, 2.（Ei）
3. Wang H, Meili D U, Zhang G, et al. Distribution and mode ofoccurrence of Jurassic 3~(-1) coal from Hengshan[J]. Coal Geology &Exploration, 201
4. DuMeili, Yang Zongyi, Fan Jinwen, et al. Research on the geochemicalcharacteristics of Pingshi Coal associated elements in Shannan Town andsignificance [J]. China Coal, 2017, 43(6):37-41.
5.Liu Lei, Du Meili, Fan Jinwen, et al. Study on the separation and enrichment ofShanxi formation coal maceral in Pingdingshan [J]. China Coal, 2017,43(6):91-95.
6. CaiYuchu, Du Meili. Research on the coal flotation collectors from the preparationof food waste oil and the applied effect [J].Coal Technology, 2017,36(2):306-308.
7.Zhang Rongrong, Du Meili, Yi Xin. Study on the influence factors of coalpyrolysis tar yield [J]. Coal Technology, 2017, 36(4):306-308.
8.Liu Jing, Du Meili. Tendency judgment of spectral image-based analysis of soiland water organochlorine pesticide residue [J]. Bulletin of Science andTechnology, 2017, 33(8):234-237.
9.Chen Chen, Cai Jiangtao, Du Meili, et al. Preparation of polystyrene porouscarbon/manganese composite and capacitive performance [J]. Engineering PlasticsApplication, 2017, 45(12):19-24.
10.Du Meili, Yang Zongyi, Lang Qun, et al. Study on the migration law of toxic microelementin Jurassic coal, Yushuwan [J]. China Coal, 2017, 43(3):140-144.
在研科研项目:
Ongoing scientific research projects:
1.Studyon macromolecular structure simulation and classification boundaries of Chineseliptobiolite (41672154), NSFC general program;
2.Influence study of oil-gas well to safety production of coal inm Huangling MineArea (2016GJ-A8-039), key science and technology project of prevention of majoraccidents of safety production in 2016 (State Administration of Work Safety).
Li Kanshe
：
LiKanshe (1961-), doctor of engineering, third-level professor, PhD Supervisor. He is the director of Macromolecule Research Institute,leaders of Provincial Engineering Chemistry Teaching Team, member of the 11thNPC Standing Committee of Shaanxi CPPCC and deputy director of Subcommittee ofEducation and Culture of provincial CPPCC. He has taught more than10 courses such as Chemistry and Society, Organic Chemistry, Polymer Structureand Property, Functional Polymer Materials for undergraduates andpostgraduates. Of which, Organic Chemistry is the provincial quality course,General Chemistry, Polymer Structure and Property are excellent courses of theuniversity. He has chaired and majored in more than 20 national 973, 863,Natural Science Fund and university-enterprise cooperation technology projects;he has published more than 100 academic papers and 40 have been included by SCIand EI; he has 18 patents for invention; he has been the editor-in-chief,associate editor and co-editor of 5 textbooks; he has won 1 second prize ofNational Technical Invention, 6 Provincial Science and Technology Awards, 2second prizes of Provincial Teaching Achievements Award and 3 special awards ofCampus Teaching Achievements Award.
Main research direction:
1.Chemistry and Applied Chemistry: synthetic chemistry (functional moleculardesign, preparation and application; functional agent preparation andevaluation);
2.Chemical Engineering and Technology: Material chemical engineering (design,preparation and application of macromolecule and materials);
3.Mineral Processing Engineering: Design and synthesis of minerals/polymercomposites beneficiation reagent.
Ongoingscientific research projects:
1. Designof graphene/polymer heat conduction-electromagnetic shielding composite andsolid phase shear and preparation (2018ZDXM-GY-155), key R&D plan programof Shaanxi Province, 2018~2020.
2.Study on the corrosion of crude flow lines in Northern Area III, second oilextraction plant of Changqing Oilfield Branch Company, CNPC,2018~2019.
3.Current status of ground system scaling of Nanliang Oilfield and treatmenttechnology research, second oil extraction plant of Changqing Oilfield BranchCompany, CNPC, 2018~2019.
4.Effectiveness evaluation of the application of common chemical additives ofChangshi Group and the optimal screening of efficient reagent, ChangqingIndustry Group Co., Ltd., 2018~2019.
Research achievements:
Projects that have passed the check before acceptance:
1.NSFC program: Design and preparation of N-alkyl maleic amide acid radical rareearth complex and study on the thermal stability effect to PVC (51173145),2015-03, person in charge: Li Kanshe, Wang Xiaoqin, Niu Hongmei, et al.
Naturalscience project of Education Department of Shaanxi Provincial Government:Research on the new technique of sheet minerals ultra-fine powder reinforcedpolyvinyl chloride (06JK243), 2011-09-11; person in charge: Li Kanshe, YanLanying, Wang Xiaoqin, Qu Jianlin, Ding He, Shao Shuiyuan, et al.
2.Open topic of state key laboratory of macromolecular materials and engineering:New technique of mineral ultra-fine powder reinforced and toughened PVC andmechanism study, 2011-01; person in charge: Li Kanshe, Wang Xiaoqin, YanLanying, Qu Jianlin, Zhang Jiebing, Cai Jiangtao, Chen Jianjun, et al.
3.CNPC Changqing Research Institute of Oil and Gas Technology: Screening ofbarium sulfate and strontium antiscale and scale inhibition evaluation (09YH-FW-014), 2010-03; person in charge: Li Kanshe, LiTianliang, Chen Chuangqian, Yu Chunxia, Kang Jie, et al.
4.Scientific innovation project of China Shenhua Energy Co., Ltd.: Study ofplugging materials for coal conveyor and industrial test,2006-07-29, which isdomestically leading; person in charge: Li Kanshe, Cai Huiwu, Yan Lanying, BaoLiang, Chen Chuangqian, et al.
Identification achievements:
1.New technique of PVC high performance and antistatic functionalization, ShaanxiProvincial Science& Technology Department, internationally advanced; personin charge: Li Kanshe, Chai Xinshu, Wang Xiaoqin, Niu Hongmei, Yan Lanying,Liang Yaodong, Liu Xiangrong, Chen Chuangqian, Kang Jie, Zhang Jiebing, Li Jin,Qu Jianlin, Li Miao, et al, 2014-05-29.
Awards:
1.Solid phase chemical reactor and its application in high polymer materialpreparation and processing; person in charge: Xu Xi, Wang Qi, Lu Canhui, XiaHesheng, Li Kanshe, Ao Ningjian, second prize of National Technical InventionAward, 2007-02.
2.Optimization and integration of general chemistry teaching content system basedon scientific quality education and innovation of teaching mode; person incharge: Li Kanshe, Liu Xiangrong, Liang Yaodong, He Shihua, He Jinmei, et al.;second prize of Shaanxi Teaching Achievements Award, 2013-03-05.
3.New technique of PVC high performance and antistatic functionalization; personin charge: Li Kanshe, Wang Xiaoqin, Niu Hongmei, Liang Yaodong, et al.; thirdprize of Shaanxi Science and Technology Award,2016-3-1.
LiuXiangrong
Liu Xiangrong, professor of College of Chemistry and ChemicalEngineering, Xi’an University of Science and Technology, is a PhD Supervisor,outstanding teacher of Shaanxi Province, famous teacher in Shaanxi Province,leader of physical chemistry course teaching team, person in charge of physicalchemistry excellent resource sharing course in Shaanxi Province, director ofShaanxi Society of Chemistry, Deputy Director of Specialized Committee ofChemical Thermodynamics and Shaanxi Society of Chemistry. She is also the leader of the first tier innovation teamof clean conversion and utilization of coal in Xi’an University of Science andTechnology, academic leader of Biochemical Engineering and first-grade Huyangteacher.
Research direction:
Design and preparation of microorganism clean conversion andfunctional molecules of main coal and the thermokinetics study on the microbialinteractions.
Recentachievements:
Hehas chaired more than 10 NSFC and provincial scientific research projects andhas published over 70 high-level academic papers in domestic and foreignacademic periodicals. He has obtained respectively 1 first prize and secondprize of Science and Technology Award for Colleges and Universities in ShaanxiProvince and 1 second prize of Shaanxi Provincial Teaching Achievements Award.He has carried out extracurricular teaching for undergraduates for successiveten years and guided the students to win 2 provincial silver awards of Contestof “Internet+” Innovation and 1 campus-level gold award. What’s more, he hasled students to attend the contest of challenge cup for 6 times and obtained 1national third prize of Contest of “Challenge Cup”, 1 provincial special award,2 first prizes, 2 campus-level special awards, 2 first prizes, who has beenrated as Provincial Outstanding Instructor.
Recentmain academic papers:
[1]Yu Mingkun,Liu Xiangrong*, Ren Jingwen, et al. Thermal properties andCT-DNA/BSA binding behavior of a binuclear Cu(II) complex with acylhydrazonecontaining naphthalene ring[J].Journal of Coordination Chemistry, 2018,71(7):1020-1034. (Included by SCI)
[2]Jie Yang, Xiangrong Liu*,Wusi Yue, Zaiwen Yang, Shunsheng Zhao, Zheng Yang,Crystal structures, thermal behaviors and biological activities ofacylhydrazone compounds containing pyrazine rings and halogen atoms ,Chinese J.Struct. Chem.,2018, 37(2): 248-261.(Included by SCI)
[3]Li Jiantao, Liu Xiangrong*, Pi Shuying, Ma Meimei, Liao Genghui. Optimizationof the process conditions of Linfen lignite micro-biological degradation, CoalConversion, 2017, 40(2): 65-72.
[4]Li Jiantao, Liu Xiangrong*, Wang Jing. Optimization of the process conditionsof micro-biological degradation long flame coal by the response surfacemethodology, Chemical and Biological Engineering, 2017, 34(10): 32-36.
[5] Li Jiantao, Liu Xiangrong*, Pi Shuying, Yue Zilin, Jia Jianjun. Research on theoptimization of process conditions of Zhaotong lignite, Yunnan by actinomycetesdegradation, Applied Chemical Industry, 2017, 46(9): 1683-1687.
HeYongjun
He Yongjun, professor, doctor,PhD Supervisor,academic leader ofChemical Technology of Xi’an University of Science and Technology, has beenrated as Outstanding Teacher, Advanced Individual in Scientific Research andDiscipline Construction of Xi’an University of Science and Technology. He is mainly engaged in the preparation and applicationof high value-added fine chemicals, preparation and application of mineralcomposite, development and research of deep processing new catalyst for coalchemical products. He has been in charge of NSFC programs, ShaanxiNatural Science Fund programs, science and technology planning projects of FireDepartment of Ministry of Public Security, Yulin major scientific andtechnological projects, Shaanxi Yanchang Petroleum (Group) scientific researchprojects, Shaanxi J&R Fire Protection CO.，LTD projects and Foshan TaidiChemical Company projects, etc. He has published more than 100 papers indomestic and foreign important periodicals and academic conferences, in which,60 have been included by SCI and EI. He has authorized 20 patents forinvention, published 1 monograph and 2 textbooks. Thenew type fire extinguishing materials, new type air purification materials,precious metal recovery new process he has researched and developed have beenapplied in relevant enterprises in Guangdong Province and Shaanxi Province,which have obtained good economic benefits and social benefits. Hehas won 1 Shaanxi Science and Technology Award, 2 Science and Technology Awardsof Colleges and Universities in Shaanxi and 4 Science and Technology Awards ofXi’an University of Science and Technology. He hastaught Higher Fine Chemical Chemistry, Catalyst Engineering, frontiers ofChemical Engineering and Technology and other courses for postgraduates; Introductionto Chemical Products, Frontiers of Chemical Engineering, Catalysis Principles,Engineering Chemistry and other courses for undergraduates. He has won thefirst prize of Teaching Achievements Award by Xi’an University of Science andTechnology.
Mainresearch topics:
1.NSFC program: Synthesis and mechanism study of composite nanostructure based onnanoparticle-stabilized emulsions”, person in charge;
2.Shaanxi Natural Science Fund Project: “Synthesis and catalytic performancestudy of emulsion method of composite nanostructure”, person in charge;
3.Shaanxi Yanchang Petroleum (Group) Project: “Study on efficient coal flotationagent prepared by oily sludge”, person in charge;
4.Project of Foshan Taidi Chemical Company:”Study on superfine dry powderextinguishing agent”, person in charge;
5.Scientific research project of Fire Department of Ministry of Public Security:“Study on new type reversed-phase foam extinguishing materials”, person incharge;
6.Scientific research project of Tianjin Senkepawo Company: “Study on calciumzincate preparation mechanism”, person in charge;
7.Project of Beifang Minbao Group: “Study on new type emulsion explosiveadditive”, person in charge;
Main academicpapers:
Hehas published more than 100 papers in domestic and foreign importantperiodicals such as Journal of Physical Chemistry C, Journal of Colloid andInterface Science, Applied Surface Science, Materials Chemistry and Physics,Reactive and Functional Polymers, Colloids and Surface A，Progress in Chemistry,Journalof Physical Chemistry, Journal of Chemical Engineering of Chinese University,etc. Of which, 60 have been included by SCI and EI.
Academic awards:
1.Third prize of Shaanxi Science and Technology Award, the People’s Government ofShaanxi Province, 2008
2.Second prize of Science and Technology Award for Colleges and Universities inShaanxi, Education Department of Shaanxi Provincial Government, 2007, 2014
3.First prize of Science and Technology Award of Xi'an University of Science andTechnology, 2007，2011，2015
YangZhiyuan
Yang Zhiyuan, doctor ( post doctor), third-level professor and PhD Supervisor.He is now the member of Scientific Committee of Quality Supervision of ShaanxiProvince, Director of Key Laboratory Coal Conversion Study Room of Coal Surveyand Integrated Utilization of Ministry of Land and Resources, academic leaderof Chemical Engineering, Xi’an University of Science and Technology, Chairmanof Labor Union of Chemical Engineering Institute of Xi’an University of Scienceand Technology, Vice Chairman of Jiu San Society Primary Committee of Xi’anUniversity of Science and Technology, first-level person in charge of the firstand second batch of campus-level innovation team-”Coal conversion andpoly-generation”, member of Scientific Committee of Quality Supervision ofShaanxi Province, editorial board member of “Clean Coal Technology” magazine,member of key laboratory “Coal Survey and Integrated Utilization” AcademicCommittee of Ministry of Land and Resources, member of key laboratory of coalclean conversion by quality by National Energy Department and member of ChinaSociety of Energy. His research direction includes:coal petrography separation, clean conversion and utilization of coal byquality, coal-based functional materials.
His research achievements have obtained1 first prize of provincial Science and Technology Progress Award, 1 secondprize, 3 third prizes and 5 bureau-level Science and Technology Awards. He hasindependently published 1 academic monograph, more than 80 papers and 40 havebeen included by SCI and EI. He has obtained 5 patents for invention, 20patents for utility models and 3 software copyright. His doctoral dissertationwas rated as 2018 Excellent Doctoral Dissertation of Shaanxi Province. In 2014,he was rated as Advanced Individual with Teacher’s Ethics of Xi’an Universityof Science and Technology. He has chaired and accomplished national science andtechnology major projects, “973” project sub-topic, national “11th five-year”scientific problem tackling project and other several major and key scientificresearch tasks. At present, he is in charge of 1 NSFC general program, 1 majorscientific research project in Shaanxi Province, 1 key topic of key laboratoryof Ministry of Land and Resources and several university-enterprise cooperativeprojects with annual scientific research funds of over 1 million Yuan.
Ongoing scientific research projects:
1. NSFC general program: Coal structure evolution under tectonic stress andmolecular simulation of methane enrichment (41772166)’, expenditure: 510,000Yuan, 2018.1-2021.12.
2.Provincial key scientific research project and key industrial innovation chainproject of Shaanxi Province: “Supermolecular structure of low-metamorphicJurassic coal and research on new technique of high-quality fuels and chemicalsby catalytic conversion (2017ZDCXL-GY-10-01-02)”, expenditure: 1.05 millionYuan, 2017.1-2019.12.
3.Key open fund of key laboratory of Ministry of Land and Resources: “Research onthe efficient clean utilization technology of semi-coke powder in NorthernShaanxi (ZKF2016-1)”, expenditure: 200,000 Yuan, 2016.1-2018.12.
4.CNPC cooperation research topic: :Effect and impact of drilling fluid to coalpetrography structure”, expenditure: 400,000 Yuan,2016.1-2018.12.
Zhang Yating
Zhang Yating, professor, PhD Supervisor, is thespecially-appointed professor of the first session “Huyang famous teacher” ofXi’an University of Science and Technology and leader of key scientific andtechnological innovation team of Shaanxi Province. Shecurrently serves as Deputy Dean of College of Chemistry and ChemicalEngineering,director of China Education Association of Chemical Industry,director of Coal Chemical Industry Committee of Shaanxi Society of ChemicalEngineering, member of International Standardization Committee of ChinaIndustry Alliance of Graphene Resources, member of Committee of Experts ofChina Energy Society, technical member of National Station of Coal ChemicalIndustry Information, editorial board member of academic periodical CarbonTechniques, Coal Chemical Industry.Sheis mainly engaged in the research on the clean and efficient utilization ofcoal, preparation and application of coal-based functional carbon materials,energy & chemical industry. She has successively taken chargeof more than 10 national and provincial topics, including key projects of NSFCJoint Fund, NSFC general programs, key research plan of Shaanxi Province, etc.She has published more than 50 papers in domestic and foreign academicperiodicals, such as Energy & Fuels, Fuel, ACSSustainableChemistry & Engineering, Journal of Coal Science &Engineering(China), Journal of Chemical Industry and Engineering (Ofwhich, many papers have been selected as cover articles); she has applied andauthorized more than 10 patents for invention; as editor-in-chief, she hascompiled the “13th five-year plan" textbook of higher educationIntroduction to C1 Chemical Industry; as a co-editor, she has compiled 6monographs and textbooks; she has won 2 Science and Technology Awards ofShaanxi Province, 2 Science and Technology Award of Xi’an University of Scienceand Technology; what’s more, she has been rated as Campus Famous Teacher,Outstanding Teacher, Teaching and Scientific Research Model of Xi’an Universityof Science and Technology for more than 20 times.
Her research fields and direction:
1.Fundamental research on the efficient and clean conversion of coal
2.Preparation and application of functional carbon materials and nano-energymaterials
3.Study on the carbon dioxide photoelectric reduction and oxygen reductioncatalyst
4.Study on the lithium ion battery and supercapacitor electrode material
Awards
(1)In 2018, second prize of Science and Technology Award of Shaanxi Province,Fundamental research on the synthesis of coal-based graphene function materialsand application, 1/10;
(2)In 2017, second prize of Science and Technology Award of Xi’an Universityof Science and Technology, Preparation of coal-based graphene functionmaterials and application technology, 1/5;
(3)In 2015, third prize of Science and Technology Award of Xi’an Universityof Science and Technology, Study on CO2/coal co-conversion process underultraviolet-microwave coupling, 1/5;
(4) In 2012, third prize of Science and Technology Award of Shaanxi Province,Study on the photooxidation of coal and bioconversion coupling mechanism andapplication, 5/11.
Academic papers
[1] Yating Zhang, et al. Preparationof coal-based graphene quantum dots/α-Fe2O3nanocompositesand their lithium-ion storage properties, Fuel, onlineready.
[2] Yating Zhang, et al. Coal-derivedGraphene Quantum Dots Produced byUltrasonic Physical Tailoring and TheirCapacity for Cu(II) Detection, ACSSustainable Chemistry & Engineering,accepted.
[3] ZhangYating, et al. Preparation of flexible self-supporting PDDA-Si/G nanocompositefilm and lithium storage performance [J]. Journal of Chemical Industry andEngineering, DOI:10.11949/j.issn.0438⁃1157.20181287
[4] ZhangYating, et al. Preparation of PANI/coal-based graphene macroscopic compositeand the electrochemical performance[J].Journal of Chemical Industry andEngineering, 2017(11): 4316-4322. (Included by EI)
[5] ZhangYating, et al. Electrochemical performance of coal-basedthree-dimensionalgraphene electrode under different electrolyte[J]. MaterialsReview, 2017, 31(16):1-5. (Included by EI)
[6] Dang Y Q,Zhou Y J, CaiJ T, et al. One-Pot Synthesis of Carbon Dots-Based FoÌrsterResonance EnergyTransfer Material and its Application in Fe3+ Detection[J].Journalof Nano Research, 2017, 45:134-141. (Included by SCI, correspondingauthor)
[7] Dang YQ, Ren S Z, LiuG, et al. Electrochemical and Capacitive Properties of CarbonDots/ReducedGraphene Oxide Supercapacitors[J]. Nanomaterials, 2016, 6(11):212.(Included by SCI, corresponding author)
[8] ZhangYating, et al. Preparation of MnO2/coal-based graphene nanocomposite and theelectrochemical performance[J]. New Carbon Materials. 2016, 5(31):545-549.(Included by SCI)
[9] ZhangYating, et al. Preparation of coal-based graphene/carbon-nano fiber compositeand the electrochemical performance[J].Coal Technology, 2016, 6 (35):12-16.
[10] ZhangYating, et al. Preparation of metal modified coal-based graphene composite and the electrochemical performance[J].Photographic Science andPhotochemistry, 2016, 5(34):475-481.
[11] ZhangYating, et al. Preparation of macroscopic coal-based graphene andapplication in CO2 photocatalytic reduction process[J].New CarbonMaterials, 2015, 6(30):539-544. (Included by SCI)
[12] ZhangYating et al. Ultra-fine graphite powder prepared by Shenfu coal [J]. Journalof Chemical Industry and Engineering, 2015, 4(66):1514-1520. (Included by EI)
[13] ZhangYating, et al. Preparation of Fe2O3 coal-based graphenenanocomposite and the electrochemical performance[J].New Chemical Materials,2015, 6(43):104-107.
Applied and authorized patents:
[1] ZhangYating, et al. Equipment and method of methyl alcohol preparation by graphenemacroscopic materials’ photocatalytic reduction: China,ZL201510852300.7[P],20170905.
[2] ZhangYating, et al. A graphitizating treatment method to bitumite and maceral :China, ZL 201410209453.5[P],20160824.
[3] Zhang Yating, et al. A device and method of using low-rank coal to preparegraphene film: China, ZL 201510079962.5[P],20160824.
[4] Zhang Yating, et al. A chemical vapor deposition device of using solidcarbon source to prepare graphene: China, ZL 201520108560.9[P],20150715.
ZL201520970043.2[P],20160413.
[5] Zhang Yating, et al. ZL201520970043.2[P], 20160413. A fixed bed reactor ofphotocatalytic reduction CO2: China, ZL201520970043.2[P], 20160413.
[6] ZhangYating, et al. A preparation method of carbon nanofiber electrode, CN 106653402A,20170510.
[7] ZhangYating, et al. A preparation method of coal-based graphene quantum dot, CN 106744861A,20170531.
[8] ZhangYating, et al. An auxiliary platform device of assembling button cell in theglovebox, 201812088170.X, 20180710.
[9] Zhang Yating, et al. A kind of flexible self-supporting lithium batterycathode material and preparation method, 201811224520.5, 20181019.
[10] ZhangYating, et al. Lithium silicone battery graphene flexible self-supportingcomposite and preparation method, 201811224523.9, 20181019.
Research projects
[1] NSFC-Shanxi coal-based low carbon joint fund project: Design of coal-basedthree-dimensional macroscopic graphene and the performance study of CO2conversion by photocatalysis, 2019/01-2021/12, 610,000 Yuan, person in charge.
[2] NSFC-key project supported by Xinjiang Joint Fund (U1203292): Structural design,preparation of coal-based carbon fiber and performance study, 2018/01-2021/12,250,000 Yuan; person in charge of sub-project.
[3] NSFC generalprogram (21276207): Preparation of coal-based graphene and structuralperformance study, 2013/01-2016/12, 680,000 Yuan; person in charge.
[4] NSFC- keyproject supported by Xinjiang Joint Fund (U1703251): Preparation of Xinjiangcoal-based advanced function carbon materials and composite and performancestudy, 2013/01-2016/12, 350,000 Yuan, person in charge of sub-project.
[5] 2017 keyresearch project of Shaanxi Province (2017DZCXL-GY-10-01-02): New technologyresearch of supermolecular structure of Jurassic low-metamorphic coal andhigh-quality fuels and chemicals by the catalytic conversion, 2017/01-2019/12,200,000 Yuan, person in charge of sub-project.
[6] Scientificand technological innovation team project of Xi’an University of Science andTechnology: Preparation and application of funciton carbonmaterial,2016/01-2018/12, 114,000 Yuan, person in charge.
[7] Open topicof key laboratory of coal source survey and integrated utilization by Ministryof Land and Resources (KF2016-4): FGO (functional graphene oxide) materialscreated based on Shenfu semi-coke powder and photocatalytic performance study, 2017/01-2018/12，40,000Yuan, person in charge.
[8] Scientificresearch project of Education Department of Shaanxi Province (2013JK0700):Modification of Shenmu semi-coke and its application in CO2 photocatalysisconversion process, 2013/01-2014/12, 20,000 Yuan, person in charge.
[9] ShaanxiNatural Science Basic Research Plan (2011JM2002): A study on CO2/coal synergyand conversion process under ultraviolet-microwave coupling, 2011/01-2012/12,30,000 Yuan, person in charge.
Qu Mengnan
QuMengnan, male, born in 1981, is the professor and PhD Supervisor. He graduatedfrom Lanzhou University with a doctor degree in organic chemistry andUniversity of Pittsburgh as a postdoctor. He currently serves asspecially-appointed professor of “Huyang Scholars” by Xi’an University ofScience and Technology and he has obtained the title of “New Star of YoungScientists”. He is also the member of Youth Committee of Chinese MechanicalEngineering Society General Surface Engineering Branch, director of FrictionBranch of Shaanxi Mechanical Engineering Society, editorial board member ofAsia-Pacific Journal of Materials Science, comment expert of NSFC programs andreviewer of several international famous academic periodicals such as NatureProtocols, ACS Applied Materials & Interfaces, Journal of MaterialsChemistry A. He also enjoys the subsidy of “Sanqin talents” of ShaanxiProvince.
Hispresent research direction is:
Research on the preparation of bionic function interfacematerials and its application. He has been in charge of 2 NSFC general program and morethan 10 provincial scientific research projects. One of his recentachievements has been reported and commented by Nature to research thehighlights. So far, he has published more than 50 relevant academic papers inAdvanced Functional Materials, ACS Applied Materials & Interfaces, Langmuirand other periodicals and more than 30 have been included by SCI. As the first person-in-charge, he has won third prize ofShaanxi Science and Technology Award, second prize of Science and TechnologyAward of Colleges and Universities in Shaanxi and several first prizes ofScience and Technology Award of Xi’an University of Science and Technology.
Email:mnanqu@gmail.com
Telephone:13891915750
Researchgroup address: Room 4-503 (bionic function interface material laboratory),College of Chemistry and Chemical Engineering of Xi’an University of Scienceand Technology
Educationand research experience:
2010-Sep.2011: University of Pittsburgh (School of Chemistry and Petroleum Engineering),postdoctor;
Sep.2003-June 2008: Lanzhou University (State key laboratory of function organicmolecular chemistry), doctor;
Lanzhou Institute of Chemical Physics,ChineseAcademy of Sciences (State key laboratory of solid lubrication)
Sep.1998-June 2002: Wuhan University of Technology (Department of ChemicalEngineering), bachelor
Awardsand honors:
1.Specially-appointed professor of “Huyang Scholars” of Xi’an University ofScience and Technology
2.Third prize of Shaanxi Science and Technology Award, 2016, the firstperson-in-charge
3.Second prize of Science and Technology Award of Colleges and Universities inShaanxi, 2015, the first person-in-charge
4.First prize of Science and Technology Award of Xi’an University of Science andTechnology, 2014, the first person-in-charge
5.First prize of Science and Technology Award of Xi’an University of Science andTechnology, 2017, the first person-in-charge
6.New Star of Young Scientists, 2013
7.Outstanding Teacher of Xi'an University of Science and Technology, 2016
His scientific research projects:
1.NSFC general project
2.NSFC youth fund
3.Shaanxi science and technology research development plan program (new class oftechnology)
4.Shaanxi natural science basic research plan program
5.Special scientific research project of Education Department of Shaanxi Province
6."Huyang Talent Program" supporting plan of Xi'an University ofScience and Technology
Representativeachievements and works:
1.Mengnan Qu, Lili Ma, Lingang Hou, MingjuanYuan, Jiao He, Menghui Xue, Yichen Zhou, Xiangrong Liu, Jinmei He. Fabricationand color-gradient control of colorful superhydrophobic materials withmechanical durable, oil/water separation and recyclable properties.AppliedSurface Science, 2019,466, 328-341.
2.Mengnan Qu, Mingjuan Yuan, Shanshan Liu, JiaoHe, Menghui Xue, Xiangrong Liu, Shugang Li, Jinmei He. A versatile andefficient method to fabricate recyclable superhydrophobic composites based onbrucite and organosilane.Journal of Materials Science, 2018,53,396-408.
3.Mengnan Qu, Lili Ma, Yichen Zhou, Yu Zhao,Jiaxin Wang, Yi Zhang, Xuedan Zhu, Xiangrong Liu, Jinmei He. Durable andRecyclable Superhydrophilic–Superoleophobic Materials for Efficient Oil/WaterSeparation and Water-Soluble Dyes Removal.ACS Applied Nano Materials,2018,1, 5197-5209.
4.Mengnan Qu, Xuerui Ma, Lingang Hou, MingjuanYuan, Jiao He, Menghui Xue, Xiangrong Liu, Jinmei He. Fabrication of durablesuperamphiphobic materials on various substrates with wear-resistance and self-cleaningperformance from kaolin.Applied Surface Science, 2018,456,737-750.
5.Mengnan Qu, Mingjuan Yuan, Jiao He, MenghuiXue, Xuerui Ma, Lingang Hou, Tianjun Zhang, Xiangrong Liu, Jinmei He.Substrate-versatile approach to multifunctional superamphiphobic coatings withmechanical durable property from quartz sand.Surface and CoatingsTechnology, 2018,352, 191-200.
6.Mengnan Qu, Xuerui Ma, Jinmei He, Juan Feng,Shanshan Liu, Yali Yao, Lingang Hou. Facile selective and diverse fabricationof superhydrophobic, superoleophobic-superhydrophilic and superamphiphobicmaterials from one starting material of kaolin.ACS Applied Materials& Interfaces, 2017,9, 1011−1020.
7.Mengnan Qu, Yali Yao, Jinmei He, Xuerui Ma,Juan Feng, Shanshan Liu, Lingang Hou. Tribological study ofpolytetrafluoroethylene lubricant additives filled with Cu microparticles orSiO2nanoparticles.Tribology International, 2017,110,57−65.
8.Mengnan Qu, Yali Yao, Jinmei He, Xuerui Ma,Shanshan Liu, Juan Feng, Lingang Hou. Preparation and tribological propertiesof the N-containing heterocyclic borate esters and Cu microparticles aslubricant additives in base oil.Lubrication Science, 2017,published online.
9.Mengnan Qu, Shanshan Liu, Jinmei He, ChunxiaYu, Xiangrong Liu, Yali Yao, Juan Feng. Bioinspired fabrication of mechanicallydurable superhydrophobic material with abrasion-enhanced property.RSCAdvances, 2016,6, 93403–93409.
10.Mengnan Qu, Yali Yao, Jinmei He, Xuerui Ma,Shanshan Liu, Juan Feng, Lingang Hou. Tribological performance offunctionalized ionic liquid and Cu microparticles as lubricating additives insunflower seed oil.Tribology International, 2016,104,166–174.
11.Mengnan Qu, Lingang Hou, Jinmei He, JuanFeng, Shanshan Liu, Yali Yao. Facile Process for the Fabrication of DurableSuperhydrophobic Fabric with Oil/Water Separation Property.Fibers andPolymers, 2016,17, 2062–2068.
12.Mengnan Qu, Shanshan Liu, Jinmei He, JuanFeng, Yali Yao, Lingang Hou, Xuerui Ma. Fabrication of recyclablesuperhydrophobic materials with self-cleaning and mechanically durableproperties on various substrates by quartz sand and polyvinylchloride.RSCAdvances, 2016,6, 79238–79244.
13.Mengnan Qu, Shanshan Liu, Jinmei He, JuanFeng, Yali Yao, Lingang Hou, Xuerui Ma. Bioinspired durable superhydrophobicmaterials with anti-wear property fabricated from quartz sands andorganosilane.Journal of Materials Science, 2016,51,8718–8727.
14.Mengnan Qu, Jia Liu, Jinmei He. Fabricationof Copper-Based ZnO Nanopencil Arrays with High-Efficiency Dropwise CondensationHeat Transfer Performance.RSC Advances, 2016,6,59405–59409.
15. Ke-Han He, Wei-Dong Zhang, Ming-Yu Yang, Kai-Li Tang,MengnanQu, You-Song Ding, Yang Li. Redox-Divergent Hydrogen-Retentive orHydrogen-Releasing Synthesis of 3,4-Dihydroisoquinolines or Isoquinolines.OrganicLetters, 2016, 18, 2840–2843.
16. Zelin Sun, Fang Huang,Mengnan Qu,* ErlinYue, Irina V. Oleynik, Ivan I. Oleynik, Yanning Zeng, Tongling Liang, KansheLi, Wenjuan Zhang, Wen-Hua Sun. Targeting polyethylene waxes: 9-(2-Cycloalkylphenylimino)-5,6,7,8-tetrahydrocycloheptapyridylnickelhalides and their ethylene polymerization.RSC Advances, 2015,5,77913–77921.
17.Mengnan Qu, Jinmei He, Sun Zhe, Kanshe Li,Xiangrong Liu, Chunxia Yu. Fabrication of Mechanical Durable PolysiloxaneSuperhydrophobic Materials.Journal of Nanomaterials, 2015,2015,284685.
18. Zelin Sun, Erlin Yue,Mengnan Qu,* Irina V.Oleynik, Ivan I. Oleynik, Kanshe Li, Tongling Liang, Wenjuan Zhang, Wen-HuaSun. 8-(2-Cycloalkylphenylimino)-5,6,7-trihydro-quinolylnickel halides:polymerizing ethylene to highly branched and lower molecular weightpolyethylenes.Inorganic Chemistry Frontiers, 2015,2,223–227.
19. Hui Li,Mengnan Qu,* Zhe Sun, Jinmei He,Anning Zhou. Facile Fabrication of a Hierarchical Superhydrophobic Coating withAluminate Coupling Agent Modified Kaolin.Journal of Nanomaterials,2013,2013, 497216.
20. Jinmei He, Hui Li, Xiangrong Liu,Mengnan Qu,*Fabricating Superamphiphobic Surface with Fluorosilane Glued Carbon NanospheresFilms.Journal of Nanoscience and Nanotechnology,2013,13,1974–1979.
21.MengnanQu, Jinmei He, Biyun Cao. Facile Fabrication of Large-Scale StableSuperhydrophobic Surfaces with Carbon Spheres Films by Burning Rapeseed Oil.AppliedSurface Science, 2010,257, 6.
22.Mengnan Qu, Jinmei He, Junyan Zhang.Biomimetics,Learning from nature,Chapter 16:Superhydrophobicity, Learn fromthe Lotus Leaf. ISBN 978-953-307-025-4. IN-TECH Education and Publishing,Vienna, Austria. 2010. 325-342.(“… achieved impressive readership results …”, accessed over10000 times)
23.Mengnan Qu, Guangyu Zhao, Xiaoping Cao,Junyan Zhang. Biomimetic Fabrication of Lotus-Leaf-like Structured PolyanilineFilm with Stable Superhydrophobic and Conductive Properties.Langmuir2008,24,4185.
24.Mengnan Qu, Guangyu Zhao, Qi Wang, XiaopingCao, Junyan Zhang. Fabrication of Superhydrophobic Surfaces by Pt NanowireArray on Ti/Si Substrate.Nanotechnology2008,19,055707. (Top 10% most-accessed article across all IOP journals in the firstquarter of 2008)
25.Mengnan Qu, Yuan Zhang, Jinmei He, XiaopingCao, Junyan Zhang. Pd-catalyzed coupling reaction on the organic monolayer:Sonogashira reaction on the silicon (111) surfaces.Applied SurfaceScience2008,255, 2608.
26.Mengnan Qu, Bingwu Zhang, Shiyong Song, LiChen, Junyan Zhang, Xiaoping Cao. Fabrication of Superhydrophobic Surfaces bySolution-Immersion Process on Engineering Materials.Advanced FunctionalMaterials2007,17, 593. (Cover featured)
Zhou Wenying
(Post) doctor ofengineering, professor and PhD Supervisor of College of Chemistry and ChemicalEngineering, Xi’an University of Science and Technology. He is the key memberof Advanced Electrical Materials Research Center and Shaanxi “One-hundredTalents Plan” team, member of Dielectric High Polymer Materials and ApplicationCommittee of Chinese Society for Multiple Materials, member of MineralComposite Committee and the editorial board member of international periodicalInter.J.Mater.Sci. and Inter.J.Eng.Sci.as well as domestic periodical PackagingEngineering.
His present research fields aremainly:
1) Heat conduction electronicpackaging and electrical insulation polymer composites, intrinsic thermallyconductive and insulating high polymer materials;
2) Dielectric,HV electricinsulation nanocomposite;
3) Energy collection, conversionand storage composite;
4) Electromagnetic shielding,microwave absorbing polymer matrix composite;
5) Wearable flexible electronicdevice material;
6) Polymer modification andadvanced polymer composite preparation;
7) Cold aerosol and new type fireextinguishing agent.
Postgraduates are recruited forabove research directions to jointly carry out relevant study with TsinghuaUniversity, Chinese Academy of Sciences,Aerospace Composite Research Instituteand other famous universities and military scientific research institutions.
Sofar, he has published more than 100 professional academic papers and more than50 have been retrieved by SCI, 70 included by EI. His relevant research hasbeen positively quoted for more than 1300 times by SCI, including 5 papers withmore than quote rates by SCI and 1 highly cited paper. He has published thefirst monograph in polymer heat conduction field domestically:Heat-conductingpolymer material (National Defense Industry Press). He has won 10 patents forinvention, first prize of Natural Science andTechnology Award of colleges and universities in Shaanxi and special award inScientific Achievement Transformation and Industrialization of Xi’an City.
In recent years, he has chaired NSFC programs, key science and technologyprojects by Ministry of Education, Special Natural Science Project of NaturalScience fund and Department of Education of Shaanxi Province, open fund of keylaboratory of engineering dielectric medium and application by Ministry ofEducation; he has obtained the 42th batch and first batch special subsidy ofPostdoctoral Science Foundation and has successively participated in more than10 pre-research projects such as aerospace, aviation, military, nationaldefense weapon as well as several topic research of inter-enterprise transversecooperative development. Some of the achievements have been put into industrialapplication.
Main research experience:
Sep. 2009- present: Xi’anUniversity of Science and Technology, College of Chemistry and ChemicalEngineering, Electronic packaging and electrical insulation polymer dielectric;
Dec. 2016-Jan. 2018:Department of Materials Science and Engineering,Materials Research Institute ofPennsylvania State University, New type heat conduction and high temperaturedielectric stored energy polymer;
July 2007-Sep. 2009:State key laboratory of electrical equipment electrical insulation of Xi’anJiaotong University, majoring in High Voltage and Insulation Technology, Studyon the nanopolymer complex dielectric materials, postdoctor;
Mar.2004-June 2007:Northwestern Polytechnical University,College of Science, majoring in MaterialsScience Composite, doctor;
rch Institute of theFourth Institute of China Aerospace Science and Technology Corporation,aerospace structure and function composite, R&D engineer.
Some of the longitudinal scientificresearch projects he has chaired in recent years:
1. Regulation of thermal conductivity of polymerstructure and hydrogen bond to polymer blend and mechanism study (No.51577154),NSFC general program.
2. Preparation and structure of high heatconduction, high dielectric-low loss polumer composite and the study on heatconduction and dielectric behavior (No.51073180), NSFC.
3. Study on heat conduction high dielectric constant low loss polymer matrixcomposite dielectric materials (No.212175), key scientific research project byMinistry of Education.
4. Regulation of heat conductivity of hydrogen-bondinteraction to PAA/PAP polymer blend and mechanism study (2016JM5014), ShaanxiNatural Science Basic Research Program.
5. Impact of hydrogen bond to the heat conductivityof polymer blend dielectric and mechanism (KF20151111), open fund of keylaboratory of engineering dielectric medium and application by Ministry ofEducation.
6. Heat conduction ofmixed nanocarbon nano siliconcarbide whiskers/aluminum particles reinforced polymer composite and dielectricperformance study (No.JZK201301), open fund of key laboratory of engineeringdielectric medium and application by Ministry of Education.
7.Study on the impact of heat conductivity of a newtype core-shell structure composite zinc particle to polymer amd dielectricproperty (14JK1485), Natural Science Fund of Education Department of ShaanxiProvince.
8. Insulating adhesive for high thermal conductivitycircuit board (2010JK694), Natural Science Fund of Education Department ofShaanxi Province.
Some of the publicly published SCI papers:
[1] Yujia Kou, WenyingZhou, Bo Li, et al.Composites Part A, 2018, 114:97-106.
[2] YingGong,WenyingZhou, etc.Journal of Materials Science & Technology, 2018, 34:2415-2423.
[3] Li Xu, WenyingZhou, Ying Gong, etc. Journal of Materials Science: Materials in Electronics,2018, 29(15):13376-13388.
[4] ZijunWang, Wenying Zhou,etc.Polymer Composites. 2018,39(3): 887-894.
[5] Xuezhen Sui,Wenying Zhou, Lina Dong etc. Advancesin Polymer Technology, 2018,37:1507-1516.
[6] Wenying Zhou, LiXu, etc.Journal of Alloys and Compounds, 2017, 710:47-50.
[7] WenyingZhou, Ying Gong, etc.Journal of Alloys and Compounds, 2017, 693:1-8.
[8] Wenying Zhou, Lina Dong, etc.J.Polym. Res.,2016,23:45-54.
[9] Wenying Zhou, Zijun Wang, etc. CompositesPart A, 2015, 79:183-191.
[10]Wenying Zhou, QingguoChen, etc. Composites Part A, 2015,71, 184-191.
[11] Wenying Zhou, Jing Zuo. J Compos Mater,2014,48(20):2517-2526.
[12] Wenying Zhou, Jing Zuo. J Reinforced Plastics and Compos,2013, 32(18):1359-1369
[13] Wenying Zhou, JingZuo. etc. Composites Part A, 2012,43(4):658-664.
[14]Wenying Zhou, DemeiYu. J Mater Sci, 2013,48(22):7960-7968.
[15] Wenying Zhou,Jiangtao Cai.J Appl Polym Sci, 2012,124(11):4346-4351.
[16] WenyingZhou. Thermochimica Acta, 2011,512 (1) 183~188.
[17] WenyingZhou. J Mater Sci, 2011,46(11):3883-3889.
[18]Wenying Zhou. Polym Eng Sci, 2011, 2011,51(5):917-924.
[19] Wenying Zhou, Demei Yu. J Appl Polym Sci, 2010,118(6):3156~3166.
[20] Wenying Zhou, Demei Yu. JCompos Mater,2011, 45(19):1981-1989.
[21] Wenying Zhou, Caifeng Wang, etc.Composites,Part A, 2009,40(6-7):830-836.
[22] Wenying Zhou, Demei Yu, etc, JAppl Polym Sci, 2009,112(3):1695-1703.
[23] Wenying Zhou, Demei Yu.PolymEng Sci, 2008, 48(7): 1381-1388.
[24] Wenying Zhou，Caifeng Wang, etc,J Compo Mater, 2008,42(2):173-178.
[25] Wenying Zhou, Shuhua Qi, etc. JAppl Polym Sci, 2007, 104(2):1312~1318.
[26] WenyingZhou, Shuhua Qi, etc,J Appl Polym Sci, 2007, 104(4):2478~2483.
[27] WenyingZhou, Shuhua Qi, etc.Polymer composites, 2007, 28(1):23~28.
[28] WenyingZhou, Shuhua Qi, etc.Thermochimica Acta, 2007, 452 (1) 36~42.
[29] Wenying Zhou, Shuhua Qi, etc.MaterialResearch Bulletin, 2007,42(10):1863~1873.
[30] Wenying Zhou, DemeiYu, etc,Polymer-PlasticsTechnology & Engineering, 2009,48(12):1-9.
[31]Zijun Wang,Wenying Zhou*, etc. JElectronic Materials,2016,45(6):3069-3081.
[32] Zijun Wang, Wenying Zhou*,etc. Journalof Alloys and Compounds, 2016, 682:738-745.
[33] Zijun Wang, Wenying Zhou*,etc. Journalof Alloys and Compounds,2016,689:342-349.
[34]ZijunWang, Wenying Zhou*,etc.High Performance Polymer. 2017,29(1):3-12.
[35]ZijunWang, Wenying Zhou*,etc.J ReinforcedPlastics and Compos, 2015, 34(14):1126-1135.
[36] Zijun Wang, WenyingZhou*,etc. J Adv Phy, 2015,4(4):370-374.
[37] Lina Dong, Wenying Zhou*,etc. JElectronic Materials, 2016,45(7):3776-3786.
[38] Lina Dong, Wenying Zhou*,etc. JElectronic Materials.2016,45(11):5885-5894.
[39] LinaDong, Wenying Zhou*,etc. J Elastomers and Plastics, 2017,49(4):281-297.
[40] Xuezhen Sui, Wenying Zhou*, LinaDong etc. J Electronic Materials, 2016,45(11):5974-5984.
Email: wyzhou2004@163.com
