Wang Xun
Wang Xun
Wang Xun, born in March 1976, has won the National Excellent Doctoral Dissertation Award of China, the young Chemistry Award of the Chinese Chemical Society Royal chemical society, the young chemist award of the International Federation of pure and applied chemistry, and the national fund for Distinguished Young Scholars of China. He is the director of the Department of chemistry and doctoral supervisor of Tsinghua University.
Wang Xun studied in the Department of chemical engineering of Northwest University from September 1994 to July 2001 and obtained bachelor's degree and master's degree successively; he studied in the Department of chemistry of Tsinghua University from September 2001 to July 2004 and obtained doctor's degree. He was a lecturer in the Department of chemistry of Tsinghua University from August 2004 to November 2005, an associate professor in the Department of chemistry of Tsinghua University from December 2005 to November 2007, a professor in Tsinghua University from December 2007, a deputy director of the Department of chemistry of Tsinghua University in 2012, and a director of the Department of chemistry of Tsinghua University in 2014.
Wang Xun's research field is controlled synthesis, assembly and Performance Research of functional nano materials.
On September 20, 2019, he won the 2019 scientific exploration award and will receive a prize of 3 million yuan from Tencent foundation in the next five years.
Character experience
Learning experience
From September 1994 to July 1998, he studied in the Department of chemical engineering of Northwest University and obtained a bachelor's degree.
From September 1998 to July 2001, he studied in the Department of chemical engineering of Northwest University and obtained a master's degree.
From September 2001 to July 2004, he studied in the Department of chemistry of Tsinghua University and obtained a doctorate.
work experience
From August 2004 to November 2005, he was a lecturer in Department of chemistry, Tsinghua University.
From December 2005 to November 2007, he was an associate professor in the Department of chemistry, Tsinghua University.
In 2006, it won the Ministry of education's new century talents support program.
In December 2007, he was a professor in the Department of chemistry, Tsinghua University.
In 2007, he won the national fund for Distinguished Young Scholars and Fok Ying Tung young teachers fund.
In 2010, he was selected into the Sixth Batch of "outstanding young intellectuals in Beijing".
In 2010, he was selected as a member of the 10th Committee of Beijing Youth Federation.
In 2011, he was selected into the first batch of youth top talent support plan of the Organization Department of the CPC Central Committee.
In 2012, he was deputy director of the Department of chemistry of Tsinghua University.
In 2014, he was the director of the Department of chemistry of Tsinghua University.
In 2014, he was selected into the IUMRS – mrssingapore young researchers Award nomination.
In 2017, he was selected as the third batch of leading talents in China's "ten thousand talents plan".
Main achievements
Achievements in scientific research
Summary of scientific research
As of December 2017, Wang Xun has published more than 200 SCI papers in nature and other journals, with a total citation of more than 16000 times. As the first author, he published a paper entitled "annual strategy for nano crystal synthesis" in 2005. Wang Xun has made a series of achievements in the field of controlled synthesis, formation mechanism and assembly of new inorganic nanocrystals. He creatively applied the badsolvent and goodsolvent in the growth process of nanocrystals. On the one hand, he can limit the size of nanocrystals (about 1 nm), on the other hand, he can effectively control the anisotropic force of ultrafine nanocrystals, so as to obtain new ultra-fine nanocrystals Fine and nanostructured materials. When the size of inorganic materials is limited to about 1 nm, the new properties of biomolecules and polymers will appear. It is possible to open up a new way for the research and application of inorganic materials by precisely controlling the cluster self-assembly in ultra-fine nano scale. For example, the controlled synthesis of ultra-fine nanowires and ultra-thin nanobelts with diameter / thickness of 1 nm has been realized.
Awards for scientific research achievements
Research papers
*He is the corresponding author of the paper
XunWang,JingZhuang,QingPeng,YadongLi*,AGeneralStrategyfor NanocrystalSynthesis.Nature2005 ,437,121-124.
JieHe,HuilingLiu,BiaoXu,XunWang*.HighlyFlexibleSub-1nmTungstenOxideNanobeltsasEfficientDesu lfurizationCatalysts.Small2014 ,smll.201401273.
ShiHu,HaoyiLi,HuilingLiu,PeileiHe,XunWang*.NanocrystalsofUra niumOxide:ControlledSynthesisandEnhancedElectrochemicalPerformanceofHydrogenEvolutionbyCe-doping.Small2015 ,accepted.
YanyanZhao,HongyuSun,LiminLiu,RuilongZong,HuaqiangCao,ZhichengZhang,XunWang,JunLuo*,JingZhu*.Space-ConfinedCreationofNanoframesInSituon ReducedGrapheneOxide.Small2015 ,publishedonline.
FarhatNosheen,Zhi-chengZhang,Guo-leiXiang,BiaoXu,YongYang,FaisalSaleem,Xiao-binXu,Jing-ChaoZhang,XunWang*.Three-DimensionalHierarchicalPt- CuSuperstructures.NanoRes .2015,publishedonline.
Da-BingHuang,Pei-LeiHe,QiangYuan*,XunWang*.Size-controllableSynthesisofTrimetallicRhPdPtIsland-shapedNanoalloysasEffectiveElectrocatalystsforEthanolOxida tioninAlkalineMedium.Chem.AsianJ .2015,publishedonline.
XunWang,YadongLi*,Selected-ControlHydrothermalSynthesisofAlpha-andBetaMnO2nanowires.J. Am.Chem.Soc .2002,124,2880-2881.
XiangxingXu,XunWang*.CombinatorialTwo-DimensionalArchitecturesfromNanocrystalBuild ingBlocks:ControlledAssemblyandTheirApplications.J.Mater.Chem.2009 ,19,3572-3575.(Highlight,CoverPicture)
XunWang*,JingZhuang,ZiyangHuo,ShiHu, YadongLi.Covalence -likeInteractionsbetweenArtificialAtomsinsid eSilverSupercrystals.Inorg.Chem .2008,47,543-547.
XunWang,QingPeng,YadongLi*.Interface-mediatedGrowthofMonodi sperseNanostructures.Acc.Chem .Res.2007,40,635-643.(Invitedreview)
XunWang,YadongLi*.MonodisperseNan ocrystals:GeneralSynthesis ,SelfAssembly, andTheirApplications.Chem.Commun .2007,2901-2910.(Featurearticle)
XunWang*,JingZhuang,QingPeng,Yad
Chinese PinYin : Wang Xun
Wang Xun
