教授，博导
shiwd999@163.com
施伟东，男，教授，博士生导师，2007年毕业于中国科学院长春应用化学研究所稀土资源高效利用国家重点实验室，获理学博士学位。先后在英国皇家学会国际人才引进计划奖学金和德国洪堡奖学金的资助下，分别英国格拉斯哥大学和德国科隆大学从事博士后研究。研究方向：小尺寸低维碲化物热电纳米材料的制备、性能与应用。高效可见光响应裂解水制氢纳米催化剂的开发与应用。研究项目：1.Bi2Te3/Sb2Te3核壳量子点的水相可控合成及其热电性能，国家自然科学基金委员会，主持。2.一维热电纳米材料的合成与物理性能，英国皇家学会，主持。3.Bi2Te3/Sb2Te3核壳量子点的绿色可控合成及其热电性能，江苏大学，主持。4.量子尺寸金属碲化物纳米材料的液相法制备与热电性能，德国洪堡基金会，主持。获奖情况：1.洪堡学者研究奖学金，德国洪堡基金会，2010，排名第一。2.国际人才引进计划奖学金，英国皇家学会，2008，排名第一。3.中国科学院院长优秀奖，中国科学院，2007，排名第一。4.吉林省科学技术进步奖（一等），吉林省科技厅，2007年，排名第四.发表论文情况：1.WeidongShi,ShuyanSongandHongjieZhang*,HydrothermallySyntheticStrategiesofInorganicSemiconductingNanostructures,Chem.Soc.Rev.2013,accepted.(IF=28.76)2.WeidongShi*,JiaqiShi,ShuaiYu,PeiLiu,Ion-ExchangeSynthesisandEnhancedVisible-LightPhotocatalyticActivitiesofCuSe-ZnSeFlower-likeNanocomposites,AppliedCatalysisB:Environmental2013,Accepted.(IF=5.62)3.YanYan,ShaofangSun,YangSong,XuYan,WeishengGuan,XinlinLiu,WeidongShi*;Microwave-assistedinsitusynthesisofreducedgrapheneoxide-BiVO4compositephotocatalystsandtheirenhancedphotocatalyticperformanceforthedegradationofciprofloxacin;JournalofHazardousMaterials2013,250–251,106–114.(IF=4.17)4.PeiLiu,ShuaiYu,WeiqiangFan,WeidongShi*,Anewinorganic–organichybridIn2Se3(en)ashollownanospheres:hydrothermalsynthesisandnear-infraredphotoluminescenceproperties,DaltonTransactions2013,42,2887–2893.(IF=3.84)5.WeidongShi*,ShuaiYu,PeiLiu,Wei-QiangFan,HydrothermalSynthesisandThermoelectricTransportPropertiesofSb2Te3-TeHeterogeneousNanostructures,CrystEngComm2013,Accepted.(IF=3.84)6.WeidongShi*,XianZhang,GuangboChe,WeiqiangFan,ChunboLiu，Controlledhydrothermalsynthesisandmagneticpropertiesofthree-dimensionalFeSe2rodclustersandmicrospheres,ChemicalEngineeringJournal2013,215–216,508–516.(IF=3.46)7.WeidongShi*,YanYan,XuYan;Microwave-assistedsynthesisofnano-scaleBiVO4photocatalystsandtheirexcellentvisible-light-drivenphotocatalyticactivityforthedegradationofciprofloxacin,ChemicalEngineeringJournal2013,215–216,740–746.(IF=3.46)8.YanYan,XinlinLiu,WeiqiangFan,PengLv,WeidongShi*;InVO4microspheres:Preparation,characterizationandvisible-light-drivenphotocatalyticactivities,ChemicalEngineeringJournal2012,200–202,310–316.(IF=3.46)9.XianZhang,GuangboChe,WeiqiangFan,WeidongShi*,Controlledhydrothermalsynthesisofthree-dimensionalFeSe2rodclusters,Micro&NanoLetters2012,7,1076–1079.(IF=0.94)10.WeidongShi,RobertW.Hughes,SaleemJ.Denholme,DuncanH.Gregory,SynthesisDesignStrategiestoAnisotropicChalcogenideNanostructures，CrystEngComm2010,12,641–659.(邀请综述、杂志封面)(IF=3.84)11.WeidongShi,JiangboYu,HaishuiWang,andHongjieZhang,HydrothermalSynthesisofSingle-CrystallineAntimonyTellurideNanobelts,J.Am.Chem.Soc.2006,128,16490–16491.(IF=9.91)12.WeidongShi,LiangZhou,ShuyanSong,JianhuiYang,andHongjieZhang,HydrothermalSynthesisandThermoelectricTransportPropertiesofImpurity-FreeAntimonyTellurideHexagonalNanoplates,Adv.Mater.2008,20,1892–1897.(IF=13.88)13.WeidongShi,ChengWang,HaishuiWang,andHongjieZhang,HexagonalNanodisksofCadmiumHydroxideandOxidewithNanoporousStructure,CrystalGrowth&Design2006,6,915–918.(IF=4.72)14.WeidongShi,LihuaHuo,HaishuiWang,HongjieZhang,JianhuiYang,PinghuiWei,Hydrothermalgrowthandgassensingpropertyof＆#64258;ower-shapedSnS2nanostructures,Nanotechnology2006,17,2918–2924.(IF=3.84)15.WeidongShi,JiangboYu,HaishuiWang,JianhuiYang,andHongjieZhang,SynthesisofNeodymiumHydroxideNanotubesandNanorodsbySoftChemicalProcess,J.Nanosci.Nanotechnol.2006,6,2515–2519.(IF=1.56)16.FengCao,WeidongShi,LijunZhao,ShuyanSong,JianhuiYang,YongqianLei,andHongjieZhang,HydrothermalSynthesisandHighPhotocatalyticActivityof3DWurtziteZnSeHierarchicalNanostructures,J.Phys.Chem.C2008,112,17095–17101.(IF=4.81)17.FengCao,WeidongShi,RuipingDeng,ShuyanSong,YongqianLei,SongWang,ShengqunSu,HongjieZhang,UniformIn2S3octahedron-builtmicrospheres:Bioinspiredsynthesisandopticalproperties,SolidStateSciences2010,12,39–44.(IF=1.86)18.FangzhiMou,Jian-guoGuan,WeidongShi,ZhigangSun,ShuanhuWang,OrientedContraction:AFacileNonequilibriumHeat-TreatmentApproachforFabricationofMaghemiteFiber-in-TubeandTube-in-TubeNanostructures,Langmuir2010,26,15580–15585.(IF=4.18)19.LiangZhou,HongjieZhang,WeidongShi,RuipingDeng,ZhefengLi,JiangboYu,ZhiyongGuoMechanismsofef＆#64257;ciencyenhancementinthedopedelectroluminescentdevicesbasedonaeuropiumcomplex,J.Appl.Phys.2008,104,114507-1–114507-7.(IF=2.16)热忱欢迎对新型高效太阳能转换微纳材料制备及器件构筑研究感兴趣的本科生来组交流和报考！〖返回〗〖收藏〗
