博士、教授、博导
wangkun@ujs.edu.cn
王坤，男，安徽合肥人，教授/博士生导师。江苏大学“现代分析科学与技术”方向带头人，江苏省分析化学专业委员会委员，镇江市醋业协会专家技术委员会专家。2005年毕业于南京大学生命分析化学国家重点实验室，获分析化学博士学位；1997年毕业于湖南大学化学生物传感与计量学国家重点实验室，获分析化学硕士学位；1994年毕业于安徽师范大学化学与材料科学学院，获化学学士学位。王坤教授多年来一直致力于设计和制备功能纳米材料，并探索其在分析化学、能源和污染物降解等领域的应用基础研究。2006年至今，已主持（完成）国家自然基金面上项目4项，市厅级项目6项；参与（完成）国家自然基金基础重大研究计划1项，国家自然基金面上项目2项，省级项目4项。已在Biosens.Bioelectron.,Anal.Chim.Acta.,Analyst,Talanta,Anal.Biochem.,Sens.ActuatorsB,J.Electroanal.Chem.,RSCAdv.,Cryst.GrowthDes.,CrystEngComm,DaltonTrans.,J.PowerSources,Mater.Chem.Phys.,Eur.J.Inorg.Chem.,Appl.Surf.Sci.,PureAppl.Chem.等国际学术刊物上发表SCI收录研究论文47篇，他引500多次；申请专利9项。近三年分别在国内外学术会议作邀请报告6次，口头报告各3次。【研究方向】1、设计与制备功能纳米材料有目的性设计和制备具有生物相容性、光/电催化活性和信号放大作用的功能纳米材料。2、功能纳米材料的应用研究（1）分析检测的新技术与新方法研究：构建新型的安培传感器、光/电传感器和电致化学发光系统，探索其在纳米生物分析、食品分析和安全、环境分析和监测等领域的应用基础研究。（2）光/电催化降解有机污染物。（3）燃料电池和超级电容器。【硕、博士生招生专业】硕士研究生（070300化学与081700化学工程与技术）：1、现代分析科学与技术2、新型化工材料设计及应用博士研究生（083200食品科学与工程）：1、食品中化学有害物检测的新技术与新方法研究2、食品中营养和功能成分的监测与评价【近三年主要科研项目】1、国家自然科学基金(21375050)，2014.1～2017.12，80万，主持人。2、国家自然科学基金(21175061)，2012.1～2015.12，60万，主持人。3、国家自然科学基金(21075054)，2011.1～2011.12，12万，主持人。4、教育部重点实验室开放基金(NZ201109)，2011.1～2013.12，4万，主持人。【近三年发表的研究论文】2013年1.JiangD,LiuQ,WangK*,QianJ,DongX,DuXJ,YangZ,QiuBJ.Enhancednon-enzymaticglucosesensingbasedoncoppernanoparticlesdecoratednitrogen-dopedgraphene.Biosens.Bioelectron.,2013,Inpress(DOI:10.1016/j.bios.2013.11.005).2.JiangL;QianJ,YangXW,YanYT,LiuQ,WangK,WangK*.AmplifiedimpedimetricaptasensorbasedongoldnanoparticlescovalentlyboundgraphenesheetforthepicomolardetectionofochratoxinA.Anal.Chim.Acta.,2013,Inpress(DOI:10.1016/j.aca.2013.11.003).3.LiuW,JiangD,XiaJX,QianJ.,WangK*,LiHM.PreparationofhierarchicalmesoporousCo3O4bundleusing[Bmim]TAasamulti-rolestartingmaterialanditssupercapacitorapplication.Monatsh.Chem.,2013,Inpress(DOI10.1007/s00706-013-0992-9).4.QianJ,WangK*,GuanQM,LiHN,XuH,LiuQ,LiuW,QiuBJ.EnhancedwethydrogenperoxidecatalyticoxidationperformancesbasedonCuSnanocrystals/reducedgrapheneoxidecomposites.Appl.Surf.Sci.,2013,Inpress(DOI:10.1016/j.apsusc.2013.10.086).5.JinYC,QianJ,WangK*,YangXW,DongXY,QiuBJ.FabricationofmultifunctionalmagneticFePc@Fe3O4/reducedgrapheneoxidenanocompositesasbiomimeticcatalystsfororganicperoxidesensing,J.Electroanal.Chem.,2013,693,79-85.6.LiuQ,YanYT,YangXW,QianJ,CaiJR,WangK*.Fe3O4-functionalizedgraphenenanoribbons:Preparation,characterization,andimprovedelectrochemicalactivity.J.Electroanal.Chem.,2013,704,86-89.7.YanJJ,WangK*,LiuQ,QianJ,DongXY,LiuW,QiuBJ.One-potsynthesisofCdxZn1-xS-reducedgrapheneoxidenanocompositeswithimprovedphotoelectrochemicalperformanceforselectivedeterminationofCu2+.RSCAdvances,2013,3,14451-14457.8.YanJJ,WangK*,XuH,QianJ,LiuW,YangXW,LiHM.EnhancedVisiblePhotocatalyticEfficiencyandAnti-photocorrosionBehaviorofCdS/GrapheneNanocomposites:EvaluationbyMethyleneBlueDegradation.ChineseJ.Catal.,2013,34,1876-1882.9.LiuW,QianJ,WangK*,XuH,JiangD,LiuQ,YangXW,LiHM.MagneticallySeparableFe3O4Nanoparticles-DecoratedReducedGrapheneOxideNanocompositeforCatalyticWetHydrogenPeroxideOxidation.J.Inorg.Organomet.Polym.,2013,23,907-916.10.YanYT,LiuQ,WangK*,JiangL,YangXW,QianJ,DongXY,QiuBJ.EnhancedperoxydisulfateelectrochemiluminescencefordopaminebiosensingbasedonAunanoparticledecoratedreducedgrapheneoxide.Analyst,2013,138,7101-7106.11.XuL,XiaJX,XuH,QianJ,YanJ,WangLG,WangK,LiHM*.AgX/graphite-likeC3N4(X=Br,I)hybridmaterialsforphotoelectrochemicaldeterminationofcopper(II)ion.Analyst,2013,138,6721-6726.12.XuL,XiaJX,WangK,WangLG,LiHM*,XuH,HuangLY,HeMQ.Ionicliquidassistedsynthesisandphotocatalyticpropertiesofα-Fe2O3hollowmicrospheres.DaltonTrans.,2013,42,6468-6477.13.XuL,XiaJX,WangK,LiHM*,HuangLY,LuoZJ,WangLG.Preparationof1DCuONanorodsbyMeansofaMetalIonContainingIonicLiquidandTheirSupercapacitance.Eur.J.Inorg.Chem.,2013,2315-2323.14.XuL,XiaJX,XuH,YinS,WangK,HuangLY,WangLG,LiHM*.Reactableionicliquidassistedsolvothermalsynthesisofgraphite-likeC3N4hybridizeda-Fe2O3hollowmicrosphereswithenhancedsupercapacitiveperformance.J.PowerSources,2014,245,866-874.15.WuYY*,NiuHY,WangK,LuQ,LiHN,DongXY,ZhaoK,ZhuYL.BiosensorbasedonmalicdehydrogenaseimmobilizedinaCdS-graphene-chitosannanocompositeforroot-exudedmalicaciddetermination.Sens.Lett.2013,11(2):436-441.2012年16.WangK*,WuJ,LiuQ,JinYC,YanJJ,CaiJR.Ultrasensitivephotoelectrochemicalsensingofnicotinamideadeninedinucleotidebasedongraphene-TiO2nanohybridsundervisibleirradiation,Anal.Chim.Acta.2012,745,131-136.17.WangK*,GuanQM,LiuQ,LiuW,CaiJR.Preparationandelectrochemiluminescencebehaviorsofreducedgrapheneoxide/CdCO3nanocomposites,Mater.Lett.2012,80,46-49.18.WuJ,LiuQ,WangK*,CaiJR.EnhanceddirectelectrochemistryofglucoseoxidaseandglucosebiosensingbasedonTiO2-decoratedgraphenenanohybrids,Adv.Mater.Res.2012,496,507-510.19.LiuQ,QianJ,WangK*,LiYP,WuXY.pHsensitivityofmonomethoxypoly(ethyleneglycol)-chitosananditscontrolleddeliveryofcytochromecviaelectrochemicalmethod,ChineseJ.Appl.Chem.2012,29,341-345.20.LuoZJ,YinS,WangK,LiHM*,WangLG,XuH,XiaJX.Synthesisofone-dimensionalβ-Ni(OH)2nanostructureandtheirapplicationasnonenzymaticglucosesensors,Mater.Chem.Phys.2012,132,387-394.2011年21.WangK*,LiuQ,GuanQM,WuJ,LiHN,YanJJ.EnhanceddirectelectrochemistryofglucoseoxidaseandbiosensingforglucoseviasynergyeffectofgrapheneandCdSnanocrystals.Biosens.Bioelectron.,2011,26,2252-2257.22.WangK*,LiuQ,DaiL,YanJ,JuC,QiuBJ,WuXY.AhighlysensitiveandrapidorganophosphatebiosensorbasedonenhancementofCdS-decoratedgraphenenanocomposite.Anal.Chim.Acta,2011,695(1-2):84-88.23.WangK*,LiHN,WuJ,JuC,YanJJ,LiuQ,QiuBJ.TiO2-decoratedgraphenenanohybridsforfabricatinganamperometricacetylcholinesterasebiosensor.Analyst,2011,136(16):3349-3354.24.WangK*,DaiLN,LiuQ,LiHN,JuC,WuJ,LiHM.Electrodepositionofunsubstitutedironphthalocyaninenano-structure＆#64257;lminafunctionalizedionicliquidanditselectrocatalyticandelectroanalysisapplications.Analyst,2011,136(20):4344-4349.25.WangK*,DaiL,LiHN,JuC,LiuW,JinYC.Copperphthalocyanine/Fe3O4nanocompositeforphotocatalyticdegradationofmethyleneblueundervisibleirradiation.Adv.Mater.Res.,2011,239-242:2183-2186.26.WangK*,JuC,QianJ,LiHN,DaiL,JinYC.DirectelectrochemistryandelectrocatalysisofcytochromeContheinterfaceofionicliquidfunctionalizednano-gold.Adv.Mater.Res.,2011,239-242:1875-1878.27.LuoZJ,WangK,LiHM,YinS,GuanQF,WangLG.One-dimensionalβ-Ni(OH)2nanostructures:Ionicliquidetchingsynthesis,formationmechanism,andapplicationforelectrochemicalcapacitors.CrystEngComm,2011,13,7108-7113.28.XuL,XiaJ,LiHM*,WangK,YinS.IonicliquidassistedsolvothermalsynthesisofCupolyhedron-patternnanostructuresandtheirapplicationasenhancednanoelectrocatalystsforglucosedetection.Eur.J.Inorg.Chem.,2011,9:1361-1365.29.WuYY*,ShiQQ,WangK,Li,PP,XingDK,ZhuYL,SongYJ.AnelectrochemicalapproachcoupledwithSbmicroelectrodetodeterminetheactivitiesofcarbonicanhydraseintheplantleaves.Lect.NoteElec.Engin.,2011,86(1):87-94.30.陈志刚,张启甲,邱白晶*,王坤,吴春笃.基于酶传感器的农药浓度便携式实时测量装置.农业机械学报,2011,11,178-182.〖返回〗〖收藏〗
