个人简历
2009年毕业于华东理工大学化学与分子工程学院，获得应用化学系博士学位，导师田禾院士，2009年至2011年在瑞典皇家工学院进行博士后研究，2011年至2014年在多伦多大学电子工程系从事博士后研究，导师EdwardH.Sargent教授，2014年12月加入上海科技大学物质科学与技术学院，任助理教授。2016年起担任国家重点研发计划青年科学家项目首席科学家
研究领域
""纳米材料的合成及其在能源和光电领域的应用"""纳米材料的合成及其在能源和光电领域的应用。主要研究内容包括：1）纳米材料的设计和合成，侧重于有机无机杂化材料如胶体纳米晶和钙钛矿材料；2）纳米材料的界表面化学研究以及表面修饰与改性；3）纳米材料在太阳能电池、光催化、发光以及光探测器等领域中的应用"
近期论文
2019年81.Highlystablehybridperovskitelight-emittingdiodesbasedonDion-Jacobsonstructure,YuequnShang,YuanLiao,QiWei,ZiyuWang,BoXiang,YouqiKe,WeiminLiu*,ZhijunNing*,Scienceadvances,2019,5(8):eaaw8072.80.EfficientandStableInvertedPerovskiteSolarCellsIncorporatingSecondaryAmines,HaoChen,QiWei,MakhsudI.Saidaminov,FeiWang,AndrewJohnston,YiHou,ZijianPeng,KaiminXu,WenjiaZhou,ZhenghaoLiu,LuQiao,XiaoWang,SiwenXu,JiangyuLi,RunLong,YouqiKe,EdwardH.Sargent*andZhijunNing*,Adv.Mater.,(inpress)79.Stabilityimprovementunderhighefficiency—nextstagedevelopmentofperovskitesolarcells,DanniYu,YueHu,JiangjianShi,HaoyingTang,WenhaoZhang,QingboMeng*,HongweiHan*,ZhijunNing*,HeTian,ScienceChinaChemistry,2019,62(6):684-707.78.Trifluoroacetateinducedsmall-grainedCsPbBr3perovskitefilmsresultinefficientandstablelight-emittingdevices,HaoranWang,XiaoyuZhang,QianqianWu,FanCao,DongwenYang,YuequnShang,ZhijunNing,WeiZhang,WeitaoZheng,YanfaYan,StephenV.Kershaw,LijunZhang,AndreyL.Rogach*&XuyongYang*,Naturecommunications,2019,10(1):665.77.Emerginghighlyemissiveandstablewhiteemitting“phosphores”basedonlead-freeinorganichalideperovskites,QiWei,ZhijunNing*,ScienceChinaChemistry2019,62(3),287-288.76.Bi-inorganic-ligandcoordinatedcolloidalquantumdotink,XianyuanJiang,HanshengLi,YuequnShang,FeiWang,HaoChen,KaiminXu,MingYin,HefeiLiu,WenjiaZhou,ZhijunNing*,Chem.Commun.,2019,55,9483-9486.75.EnergyLevelTuningofPEDOT:PSSforHighPerformanceTin‐LeadMixedPerovskiteSolarCells,HaoyingTang,YuequnShang,WenjiaZhou,ZijianPeng,ZhijunNing*,Sol.RRL,2018,1800256.74.StabilizingtheCsSnCl3PerovskiteLatticebyB-SiteSubstitutionforEnhancedLightEmission,ZiyanWu,QiqiZhang,BinghanLi,ZhifangShi,KaiminXu,YiChen,ZhijunNing,QixiMi*,Chem.Mater.2019,31,14,4999-5004.73.Colloidal-quantum-dot-in-perovskitenanowires,RuiliWang,FeiWang,WenjiaZhou,JamesZ.Fan,F.PelayoGarcisdeArquer,KaimunXu,EdwardH.Sargent,ZhijunNing*,InfraredPhysics&Technology,2019,98:16-22.2019年72.2D-Quasi-2D-3DHierarchyStructureforTinPerovskiteSolarCellswithEnhancedEfficiencyandStability,FeiWang,XianyuanJiang,HaoChen,YuequnShang,HefeiLiu,JingleWei,WenjiaZhou,HailongHe,WeiminLiu,andZhijunNing*,Joule,2018.2,2732-2743.71.HighlyEfficientInvertedStructuralQuantumDotSolarCells,RuiliWang,XunWu,KaiminXu,WenjiaZhou,YuequnShang,HaoyingTang,HaoChen,andZhijunNing*,Adv.Mater.,2018,30,1704882.70.BidentateLigand-PassivatedCsPbI3PerovskiteNanocrystalsforStableNear-UnityPhotoluminescenceQuantumYieldandEfficientRedLight-EmittingDiodes,JunPan,YuequnShang,JunYin,MicheleDeBastiani,WeiPeng,IbrahimDursun,LutfanSinatra,AhmedM.El-Zohry,MohamedN.Hedhili,Abdul-HamidEmwas,OmarF.Mohammed,ZhijunNing*,andOsmanM.Bakr*,J.Am.Chem.Soc.,2018,140,562–565.69.Quasi-2DInorganicCsPbBr3PerovskiteforEfficientandStableLight-EmittingDiodes,YuequnShang,GangLi,WeiminLiu,andZhijunNing*,Adv.Funct.Mater.,2018,28,1801193.68.Organic−InorganicLayeredandHollowTinBromidePerovskitewithTunableBroadbandEmission,PengfeiFu,MenglinHuang,YuequnShang,NaYu,Hao-LongZhou,Yue-BiaoZhang,ShiyouChen,JinkangGong,andZhijunNing*,ACSappliedmaterials&interfaces,2018,10,34363-34369.67.ProgrammingCellsforDynamicAssemblyofInorganicNano‐ObjectswithSpatiotemporalControl,XinyuWang,JiahuaPu,BolinAn,YingfengLi,YuequnShang,ZhijunNing,YiLiu,FangBa,JiamingZhang,ChaoZhong*,AdvancedMaterials,2018,30,1705968.66.AmbipolarGraphene–QuantumDotPhototransistorswithCMOSCompatibility,LiZheng,WenjiaZhou,ZhijunNing*,GangWang,XinhongCheng*,WeidaHu,WenZhou,ZhiduoLiu,SiweiYang,KaiminXu,ManLuo,YuehuiYu,AdvancedOpticalMaterials,2018,1800985.65.Planarcorebasedstarbursttriphenylaminemoleculesasholetransportingmaterialsforhigh-performanceperovskitesolarcells,QiWei,ZhijunNing*,ScienceChinaChemistry,2018,62,5-6.(comment)64.SupersaturationcontrolledgrowthofMAFAPbI3perovskitefilmforhighefficiencysolarcells,DongLiu,WenjiaZhou,HaoyingTang,PengfeiFu,ZhijunNing*,ScienceChinaChemistry,2018,61,1278-1284.63.QuaternaryTwoDimensionalZn-Ag-In-SNanosheetsforHighlyEfficientPhotocatalyticHydrogenGeneration,HaoChen,Xiao-YuanLiu,ShizhuoWang,XuWang,QiWei,XianyuanJiang,FeiWang,KaiminXu,JianxiKe,QiongZhang,QianGao,YouqiKe*,Yi-TaoLong*andZhijunNing*,JournalofMaterialsChemistryA,2018,6,11670-11675.62.ImprovedEfficiencyandStabilityofPerovskiteSolarCellsInducedbyC=OFunctionalizedHydrophobicAmmonium‐BasedAdditives,ZhifangWu,SoniaR.Raga,EmilioJ.Juarez-Perez,XuyangYao,YanJiang,LuisK.Ono,ZhijunNing,HeTian,YabingQi*,AdvancedMaterials,2018,30,1703670.61.PeakForceVisibleMicroscopyforDeterminationofExcitonDiffusionLengthinOrganicPhotovoltaicBlends,HaominWang,LeWang,YuequnShang,ZhijunNing,XiaojiXu*,ChemRxiv,2018.60.AColloidal‐Quantum‐DotInfraredPhotodiodewithHighPhotoconductiveGain,YichengTang,FengWu,FanshengChen,YiZhou,PengWang,MingshengLong,WenjiaZhou,ZhijunNing,JiaweiHe,FanGong,ZhihongZhu,ShiqiaoQin,WeidaHu*,Small,2018,1803158.59.SignificantEnhancementofSingle-WalledCarbonNanotubeBasedInfraredPhotodetectorUsingPbSQuantumDots,YichengTang,HehaiFang,MingshengLong,GangChen,ZheZheng,JinZhang,WenjiaZhou,ZhijunNing,ZhihongZhu,YingFeng,ShiqiaoQin,XiaoshuangChen,WeiLu,andWeidaHu*,IEEEJournalofSelectedTopicsinQuantumElectronics,2018,24,3801608.58.Efficientdefect-controlledphotocatalytichydrogengenerationbasedonnear-infraredCu-In-Zn-Squantumdots,Xiao-YuanLiu,GuozhenZhang,HaoChen,HaowenLi,JunJiang,Yi-TaoLong,andZhijunNing*.NanoResearch,2018,11,1379–1388.57.Multi-functionalorganicmoleculesforsurfacepassivationofperovskite,TingtingZhang,ZhanqiCao,YuequnShang,ChaoCui,PengfeiFu,XianyuanJiang,FeiWang,KaiminXu,DongguangYin*,DahuiQu,*,ZhijunNing*.J.Photochem.&Photobio,A:Chem.,2018,355,42-47.2017年56.HighlyOrientedLow-DimensionalTinHalidePerovskiteswithEnhancedStabilityandPhotovoltaicPerformance,YuqinLiao,HefeiLiu,WenjiaZhou,DongwenYang,YuequnShang,ZhifangShi,BinghanLi,XianyuanJiang,LijunZhang*,LiNaQuan,RafaelQuintero-Bermudez,BrandonR.Sutherland,QixiMi,EdwardH.Sargent,andZhijunNing*,J.Am.Chem.Soc.,2017,139,6693–6699.55.0D–2DQuantumDot:MetalDichalcogenideNanocompositePhotocatalystAchievesEfficientHydrogenGeneration,Xiao-YuanLiu,HaoChen,RuiliWang,YuequnShang,QiongZhang,WeiLi,GuozhenZhang,JuanSu,CaoThangDinh,F.PelayoGarcíadeArquer,JieLi,JunJiang,QixiMi,RuiSi,XiaopengLi,YuhanSun,Yi-TaoLong,*HeTian,EdwardH.Sargent,andZhijunNing*.Adv.Mater.,2017,29,1605646.54.SymmetrizationoftheCrystalLatticeofMAPbI3BooststhePerformanceandStabilityofMetal–PerovskitePhotodiodes,ZhifangShi,YiZhang,ChaoCui,BinghanLi,WenjiaZhou,ZhijunNing*,QixiMi*.Adv.Mater.,2017,29,1701656.53.Colloidalquantum-dotssurfaceanddevicestructureengineeringforhigh-performancelight-emittingdiodes,YuequnShang,ZhijunNing*.NationalScienceReview,2017,4,170-183.52.Hole-transportinglayer-freeinvertedplanarmixedlead-tinperovskite-basedsolarcells,'YuqinLiao,XianyuanJiang,WenjiaZhou,ZhifangShi,BinghanLi,QixiMi,ZhijunNing*,Front.Optoelectron.,2017,10,103–110.51.Perovskitenanocrystals:synthesis,propertiesandapplications,PengfeiFu,QingsongShan,YuequnShang,JizhongSong,HaiboZeng*,ZhijunNing*,JinkangGong*.ScienceBulletin,2017,62,369–380.50.Opticalstudyonintrinsicexcitonstatesinhigh-qualityCH3NH3PbBr3singlecrystals,T.ThuHaDo,A.GranadosdelÁguila,ChaoCui,JunXing,ZhijunNing*,andQihuaXiong*,Phys.Rev.B,2017,96,075308.49.Colloidalmetaloxidenanocrystalsaschargetransportinglayersforsolution-processedlight-emittingdiodesandsolarcells,XiaoyongLiang,SaiBai,XinWang,XingliangDai,FengGao,BaoquanSun,ZhijunNing,ZhizhenYe,andYizhengJin*.Chem.Soc.Rev.,2017,46,1730-1759.48.High-EfficiencyandStableQuantumDotLight-EmittingDiodesEnabledbyaSolution-ProcessedMetal-DopedNickelOxideHoleInjectionInterfacialLayer,FanCao,HaoranWang,PiaoyangShen,XiaominLi,YanqiongZheng,YuequnShang,JianhuaZhang,ZhijunNingandXuyongYang,Adv.Funct.Mater.,2017,27,201704278.47.ATiO2embeddedstructureforperovskitesolarcellswithanomalousgraingrowthandeffectiveelectronextraction,DongWei,JunJi,DandanSong,MeichengLi,PengCui,YaoyaoLi,JosephMichelMbengue,WenjiaZhou,ZhijunNingandNam-GyuPark.J.Mater.Chem.A,2017,5,1406-1414.2016年46.Colloidalquantumdotligandengineeringforhighperformancesolarcells.RuiliWang,YuequnShang,PongsakornKanjanaboos,WenjiaZhou,ZhijunNing*,andEdwardH.Sargent*,EnergyEnviron.Sci.,2016,9,1130-1143.45.Highlyefficientquantumdotnear-infraredlight-emittingdiodes.XiwenGong,ZhenyuYang,GrantWalters,RiccardoComin,ZhijunNing,EricBeauregard,ValerioAdinolfi,OleksandrVoznyy,andEdwardH.Sargent*,Nat.Photonics,2016,10,253–257.44.PlasmonresonancescatteringatperovskiteCH3NH3PbI3coatedsinglegoldnanoparticles:evidenceforelectrontransfer,DuoXu,DongLiu,TaoXie,YueCao,Jun-GangWang,ZhijunNing,Yi-TaoLongandHeTian,Chem.Commun.,2016,52,9933-9936.2015年43.Quantum-dot-in-perovskitesolids.ZhijunNing,XiwenGong,RiccardoComin,GrantWalters,FengjiaFan,OleksandrVoznyy,EmreYassitepe,AndreiBuin,SjoerdHoogland,EdwardH.Sargent,Nature,2015,523,324-328.42.ColloidalQuantumDotSolarCells.GrahamH.Carey,AhmedL.Abdelhady,ZhijunNing,SusannaM.Thon,OsmanM.Bakr,andEdwardH.Sargent,ChemicalReviews,2015,115,12732–12763.41.ColloidalQuantumDotPhotovoltaicsEnhancedbyPerovskiteShelling.ZhenyuYang,AlyfJanmohamed,XinzhengLan,F.PelayoGarcíadeArquer,OleksandrVoznyy,EmreYassitepe,Gi-HwanKim,ZhijunNing,XiwenGong,RiccardoComin,andEdwardH.Sargent*,NanoLett.,2015,15,7539–7543.40.PerovskiteThinFilmsviaAtomicLayerDeposition.BrandonR.Sutherland,SjoerdHoogland,MichaelM.Adachi,PongsakornKanjanaboos,ChrisT.O.Wong,JeffreyJ.McDowell,JixianXu,OleksandrVoznyy,ZhijunNing,ArjanJ.Houtepen,andEdwardH.Sargent*,Adv.Mater.,2015,27,53–58.39.HybridTandemSolarCellsWithDepleted-HeterojunctionQuantumDotandPolymerBulkHeterojunctionSubcells.TaesooKim,YangqinGao,HanlinHu,BuyiYan,ZhijunNing,LethyKrishnanJagadamma,KuiZhao,AhmadR.Kirmani,JessicaEid,MichaelM.Adachi,EdwardH.Sargent,PierreM.Beaujuge,AramAmassian,NanoEnergy,2015,17,196–205.Before2015年38.Air-stablen-typecolloidalquantumdotsolids.ZhijunNing,OleksandrVoznyy,JunPan,SjoerdHoogland,ValerioAdinolfi,JixianXu,MinLi,AhmadR.Kirmani,JonPaulSun,JamesMinor,KyleW.Kemp,HaopengDong,LisaRollny,AndréLabelle,GrahamCarey,BrandonSutherland,IanHill,AramAmassian,HuanLiu,JiangTang,OsmanM.Bakr&EdwardH.Sargent*,Nat.Mater.,2014,13,822–828.37.Solarcellsbasedoninksofn-typecolloidalquantumdots.ZhijunNing,HaopengDong,QiongZhang,OleksandrVoznyy,andEdwardH.Sargent*,ACSNano,2014,8,10321–10327.36.SimultaneousMultipleWavelengthUpconversioninaCore–ShellNanoparticleforEnhancedNearInfraredLightHarvestinginaDye-SensitizedSolarCell.ChunzeYuan,GuanyingChen,LinLi,JossanaA.Damasco,ZhijunNing,HuiXing,TianmuZhang,LichengSun,HaoZeng,AlexanderN.Cartwright,ParasN.Prasad,HansÅgren,ACSAppl.Mater.Interfaces,2014,6,18018-18025.35.DopingControlViaMolecularlyEngineeredSurfaceLigandCoordination.MingjianYuan,DavidZhitomirsky,ValerioAdinolfi,OleksandrVoznyy,KyleWKemp,ZhijunNing,XinzhengLan,JixianXu,JinYoungKim,HaopengDong,EdwardHSargent*,Adv.Mater.,2013,25,5586–5592.34.Self-Assembled,NanowireNetworkElectrodesforDepletedBulkHeterojunctionSolarCells.XinzhengLan,JingBai,SilviaMasala,SusannaMThon,YuanRen,IllanJKramer,SjoerdHoogland,ArashSimchi,GhadaIKoleilat,DanielPaz-Soldan,ZhijunNing,AndréJLabelle,JinYoungKim,GhassanJabbour,EdwardHSargent*,Adv.Mater.,2013,25,1769–1773.33.Gradeddopingforenhancedcolloidalquantumdotphotovoltaics.ZhijunNing,DavidZhitomirsky,ValerioAdinolfi,BrandonSutherland,JixianXu,OleksandrVoznyy,PouyaMaraghechi,XinzhengLan,SjoerdHoogland,YuanRenandEdwardH.Sargent*,Adv.Mater.,2013,25,1719–1723.32.Thedonor–supplyelectrodeenhancesperformanceincolloidalquantumdotsolarcells.PouyaMaraghechi,AndréJLabelle,AhmadRKirmani,XinzhengLan,MichaelMAdachi,SusannaMThon,SjoerdHoogland,AnnaLee,ZhijunNing,ArminFischer,AramAmassian,EdwardHSargent*,ACSnano,2013,7,6111–6116.31.ObservationofBunchedBlinkingfromIndividualCdSe/CdSandCdSe/ZnSColloidalQuantumDots.HaiyanQin,XiangjunShang,ZhijunNing,TaoFu,Zhichuan.Niu,HjalmarBrismar,HansÅgren,andYingFu,J.Phys.Chem.C,2012,116,12786-12790.30.Systematicoptimizationofquantumjunctioncolloidalquantumdotsolarcells.HuanLiu,DavidZhitomirsky,SjoerdHoogland,JiangTang,IllanJKramer,ZhijunNing,EdwardHSargent,App.Phys.Lett.,2012,101,151112.29.Performanceimprovementofdye-sensitizingsolarcellbysemi-rigidtriarylamine-baseddonors.ChengyouWang,JingLi,ShengyunCai,ZhijunNing,DongmeiZhao,QiongZhang,Jian-HuaSu,DyesandPigments,2012,94,40-48.28.Photovoltaicperformanceofsolid-stateDSSCssensitizedwithorganicisophoronedyes:Effectofdye-loadedamountanddipolemoment.BoLiu,XiaoyanLi,MiaoyinLiu,ZhijunNing,QiongZhang,ChenLi,KlausMüllen,WeihongZhu,DyesandPigments,2012,94,23-27.27.StableDyesContainingDoubleAcceptorswithoutCOOHasAnchorsforHighlyEfficientDye-SensitizedSolarCells.JiangyiMao,NannanHe,ZhijunNing,QiongZhang,FulingGuo,LongChen,WenjunWu,JianliHua,HeTian,Angew.Chem.Int.Ed.,2012,51,9873.26.All-InorganicColloidalQuantumDotPhotovoltaicsEmployingSolution-PhaseHalidePassivation.ZhijunNing,YuanRen,SjoerdHoogland,OleksandrVoznyy,LarissaLevina,PhilippStadler,XinzhengLan,DavidZhitomirskyandEdwardH.Sargent*,Adv.Mater.,2012,24,6295–6299.25.Useofcolloidalupconversionnanocrystalsforenergyrelaysolarcelllightharvestinginthenear-infraredregion.ChunzeYuan,GuanyingChen*,ParasNPrasad,TymishYOhulchanskyy,ZhijunNing*,HainingTian,LichengSun,HansÅgren*,J.Mater.Chem.,2012,22,16709–16713.24.Type-IIcolloidalquantumdotsensitizedsolarcellswithathioureabasedorganicredoxcouple.ZhijunNing,ChunzeYuan,HainingTian,YingFu,LinLi,LichengSun,HansÅgren*,J.Mater.Chem.,2012,22,6032–6037.23.Hybridpassivatedcolloidalquantumdotsolids.AlexanderH.Ip,SusannaM.Thon,SjoerdHoogland,OleksandrVoznyy,DavidZhitomirsky,RatanDebnath,LarissaLevina,LisaR.Rollny,GrahamH.Carey,ArminFischer,KyleW.Kemp,IllanJ.Kramer,ZhijunNing,AndreJ.Labelle,KangWeiChou,AramAmassian&EdwardH.Sargent*,Nat.Nanotechnol.,2012,7,577–582.22.Acharge-orbitalbalancepictureofdopingincolloidalquantumdotsolids.OleksandrVoznyy,DavidZhitomirsky,PhilippStadler,ZhijunNing,SjoerdHoogland,EdwardHSargent*,ACSNano,2012,6,8448–8455.21.EffectsofK+andNa+ionsonthefluorescenceofcolloidalCdSe/CdSandCdSe/ZnSquantumdots.MátyásMolnár,ZhijunNing*,YunChen,PeterFriberg,LianmingGan,YingFu*,Sens.Actuators,B2011,155,823–830.20.ExcitonPolaritonContributiontotheStokesShiftinColloidalQuantumDots.Z.-H.Chen,S.Hellström,ZhijunNing,et.al.J.Phys.Chem.C2011,115,5286.19.Solarcellssensitizedwithtype-IIZnSe–CdScore/shellcolloidalquantumdots.ZhijunNing,HainingTian,ChunzeYuan,YingFu,HaiyanQin,LichengSun*,HansÅgren*,Chem.Commun.2011,47,1536–1538.18.PureOrganicRedoxCoupleforQuantum‐Dot‐SensitizedSolarCells.ZhijunNing,HainingTian,ChunzeYuan,YingFu,LichengSun*,HansÅgren*,Chem.Eur.J.2011,17,6330–6333.17.RoleofsurfaceligandsinopticalpropertiesofcolloidalCdSe/CdSquantumdots.ZhijunNing,MatyasMolnár,YunChen,PeterFriberg,LimingGan,HansÅgren,YingFu*,Phys.Chem.Chem.Phys.2011,13,5848–5854.16.QuantumRod‐SensitizedSolarCells.ZhijunNing,ChunzeYuan,HainingTian,PeterHedström,LichengSun*,HansÅgren*,ChemSusChem2011,4,1741–1744.15.Wave-functionengineeringofCdSe/CdSCore/ShellquantumdotsforenhancedelectrontransfertoaTiO2Substrate.ZhijunNing,HainingTian,HaiyanQin,QiongZhang,HansÅgren,LichengSun,YingFu*,J.Phys.Chem.C2010,114,15184–15189.14.Improvementofdye-sensitizedsolarcells:whatweknowandwhatweneedtoknow.ZhijunNing,YingFu,HeTian,Energ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