Li Jinlin
Li Jinlin
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Li Jinlin, male, born in September 1963, is a professor and doctoral supervisor. In 1983, he received a Bachelor of engineering degree from the Department of chemistry of Central South University of technology; in 1988, he received a master of Science degree from the Department of chemistry of Wuhan University; in 1999, he received a doctor of Science degree from the Department of chemistry of the University of Johannesburg, South Africa; from 1999 to 2002, he was a postdoctoral researcher of Kentucky applied energy research center; since 2003, he has been a professor of Central South University for nationalities, and now he is the president of Central South University for nationalities, majoring in chemistry and materials Professor, doctoral supervisor, physical chemistry discipline leader, director of Hubei Provincial Key Laboratory of catalytic materials science and Key Laboratory of catalytic materials science jointly built by the State Commission for democracy and the Ministry of education, director of Academic Committee of Hubei Provincial Key Laboratory of gas purification and purification, deputy director of Academic Committee of Guangxi Regional Key Laboratory of forest products chemistry and engineering, and director of Chinese chemical society He is a member of the catalytic professional committee, vice chairman of Hubei chemical and chemical society, editorial board member of Journal of fuel chemistry and Journal of chemistry and Bioengineering, and an expert enjoying special allowance from the State Council and Hubei provincial government. Research interests: heterogeneous catalysis and catalytic materials.
Professor of Central South University for Nationalities
brief introduction
Title: Professor discipline: Physical Chemistry introduction to scholars
experience
The main research direction is heterogeneous catalysis. Long term engaged in coal, natural gas, biomass indirect liquefaction (Fischer Tropsch synthesis) catalyst research, developed high activity, high stability of cobalt, iron-based Fischer Tropsch synthesis catalyst. The current research work mainly includes: (1) the mechanism of Fischer Tropsch synthesis is studied by isotope switching method; the activity and selectivity of Fischer Tropsch synthesis are controlled by the structural control of support and catalyst; (2) the preparation and structural control of noble metal (Ru, PD, Pt, etc.) nano catalysts and their application in catalytic reaction; (3) the synthesis of Fischer Tropsch synthesis by carbon dioxide methane reforming reaction Gas generation and effective comprehensive utilization of carbon dioxide. In recent years, he has published more than 80 SCI papers, cited more than 2000 times, and applied for / authorized 12 national invention patents. He has successively presided over one special research project of "973" plan of Ministry of science and technology, five projects of National Natural Science Foundation of China (including one major project of National Natural Science Foundation of China), more than 10 provincial and ministerial level projects and two horizontal major projects, and won three provincial and ministerial level science and technology awards.
research work
The current research work mainly includes: (1) using isotope switching method to study the distribution of Fischer Tropsch synthesis products; controlling the selectivity of Fischer Tropsch synthesis products by controlling the structure of supports and catalysts; (2) preparation and structure control of noble metal nanoparticles (Ru, PD, Pt, etc.) and their application in catalytic hydrogenation. He won the second prize of Natural Science Award of Hubei Province in 2006.
Representative works
1.YanxiZhao,YuhuaZhang,ShufangChen,JinlinLi*,KongyongLiew,Al-SBA-16-SupportedCobaltCatalystsfortheFischer–TropschProductionofGasoline-FractionHydrocarbons,ChemCatChem,2012,4,1926–1929 2.YanxiZhao,YuhuaZhang,JianChen,JinlinLi*,KongyongLiew,MohdRidzuanBinNordin, SBA-16supportedcobaltcatalystwithhighactivityandstabilityfortheFischer-Tropschsynthesis,ChemCatChem,2012,4:265-272 3.ChengchaoLiu,JinlinLi*,KongyongLiew,JunjiangZhuandMohdRidzuanbinNordin,Anenvironmentallyfriendlymethodforthesynthesisofnano-aluminawithcontrollablemorphologies,RSCAdvances,2012,2(22):8352-8358 4.KunXiong,JinlinLi*,KongyongLiew, XiaodongZhan,PreparationandcharacterizationofstableRunanoparticlesembeddedontheorderedmesoporouscarbonmaterialforapplicationsinFischer–Tropschsynthesis,AppliedC atalysisA:General ,2010,389:173-178 5.CongliangTao,JinlinLi*,YuhuaZhang,KongYongLiew, EffectofisomorphicsubstitutionofzirconiumonmesoporoussilicaassupportforCobaltFischer-Tropschsynthesiscatalysts,JournalofMolecularC atalysisA:Chemical ,2010,331:50-57 6.ZheCai,JinlinLi*,KongyongLiew,JunchengHu,EffectofLa2O3-doppingontheAl2O3supportedcobaltcatalystforFischer-Tropschsynthesis, JournalofMolecularC atalysisA:Chemical ,2010,330:10-17 7.HaifengXiong,YuhuaZhang,KongyongLiew,JinlinLi*,Fischer-Tropsch synthesis:theroleofporesizeforCo/SBA-15catalysts ,JournalofMolecularCatalysisA,2008,295:68-76 8.HaifengXiong,YuhuaZhang,ShuguoWang,KongyongLiew,JinlinLi*, PreparationandCatalyticActivityforFischer-TropschSynthesisofRuNanoparticlesConfinedintheChannelsofMesoporousSBA-15,JournalofPhysicalChemistryC,2008,112:9706-9709 9.DechenSongandJinlinLi*，InsitudiffusereflectanceFTIRstudyofCOadsorbedoncobaltcatalystsupportedbysilicawithdifferentporesize,JournalofPhysicalChemistryC,2007, 111:18970-18979 10.ShenkeZheng,YanliLiu,JinlinLi*,BuchangShi,Deuteriumtracerstudyofpressureeffectonproductdistributioninthecobalt-catalyzedFischer–Tropschsynthesis,AppliedC atalysisA:General ,2007,330:63–68
List of representative patents
1. Li Jinlin, Liu Chengchao, Zhang Yuhua, Liu Jiaju, Hu Chunling, a nano cobalt particle catalyst for Fischer Tropsch synthesis and its preparation method, 201110111769.7 2. Li Jinlin, Zhang Yuhua, Liu Jiaju, Hu Chunling, Hu Hongjun, an oxide supported cobalt catalyst and its preparation method and application
Chinese PinYin : Li Jin Lin
Li Jinlin
