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[33]Y.He,P.Wang,J.Zhu,Y.Yang,Y.Liu,M.Chen,D.Cao*,X.Yan*,SynergisticalDualStrategiesBasedoninSitu-ConvertedHeterojunctionandReduction-InducedSurfaceOxygenVacancyforEnhancedPhotoelectrochemicalPerformanceofTiO2,ACSAppl.Mater.Interfaces.11(2019)37322–37329.
[32]Y.Wang,J.Liu,Y.Huang,Z.Wang,Q.Li,S.Yue,K.Liu,S.Yan,M.Liu,D.Cao*,Y.Li,*Z.Wang,*X.Yang,S.Qu,InsightsontheOriginationofAmbipolarPhotocurrentofFerroelectricandtheImprovementofPhotoanodicCurrent,J.Electrochem.Soc.166(2019)H418–H424.
[31]Y.Liu,T.-T.Shi,T.Chen,W.-J.He,M.-M.Chen*,D.Cao*,Thenaked-eyeNH3sensorbasedonfluorinatedgraphene,SensorsActuatorsBChem.281(2019)789–794.
[30]Y.Liu,P.Shen,L.Feng,Y.Wu,M.Chen*,Y.Sun,Q.Feng,D.Cao*,MutualmodulationofF-distributionandN-configurationinFandNdual-functionalizedgraphene,Appl.Surf.Sci.465(2019)880–887.
[29]P.Wang,Y.He,Y.Mi,J.Zhu,F.Zhang,Y.Liu*,Y.Yang,M.Chen,D.Cao*,EnhancedphotoelectrochemicalperformanceofLaFeO3photocathodewithAubufferlayer,RSCAdv.9(2019)26780–26786.
[28]X.Shen,M.Chen,L.Shi,F.Chen,Y.Liu,D.Cao,C.Xu,Lasingbehaviorsinsolutionprocessedall-inorganicCsPbBr3perovskitemicrosizedcrystals,Opt.Commun.453(2019)124354.
[27]Y.Liu,J.-N.Chen,X.Li,Y.-T.Shi,M.-M.Chen*,D.Cao*,Fluorinationofgrapheneoxideatambientconditions,Diam.Relat.Mater.91(2019)107–111.
[26]N.Nasori,T.Dai,X.Jia,A.Rubiyanto,D.Cao,S.Qu,Z.Wang,Z.Wang,Y.Lei,Realizingsuper-longCu2Onanowiresarraysforhigh-efficientwatersplittingapplicationswithaconvenientapproach,J.Semicond.40(2019)052701.
[25]Y.Huang,J.Liu,D.Cao,Z.Liu,K.Ren,K.Liu,A.Tang,Z.Wang,L.Li,S.Qu,Z.Wang,SeparationofhotelectronsandholesinAu/LaFeO3toboostthephotocatalyticactivitiesbothforwaterreductionandoxidation,Int.J.HydrogenEnergy.44(2019)13242–13252.
[24]Y.Liu*,Y.Shi,Q.Feng,M.Chen,D.Cao*,Distribution-dependentcapacitiveandmagneticpropertiesofMn3O4nanoparticlesonreducedgrapheneoxide,Diam.Relat.Mater.84(2018)169–177.
[23]S.Yue,S.Lu,K.Ren,K.Liu,M.Azam,D.Cao,Z.Wang,Y.Lei,S.Qu,Z.Wang,InsightsintotheInfluenceofWorkFunctionsofCathodesonEfficienciesofPerovskiteSolarCells,Small.13(2017)1700007.
[22]S.Yue,K.Liu,R.Xu,M.Li,M.Azam,K.Ren,J.Liu,Y.Sun,Z.Wang*,D.Cao,X.Yan,S.Qu*,Y.Lei*,Z.Wang,Efficaciousengineeringonchargeextractionforrealizinghighlyefficientperovskitesolarcells,EnergyEnviron.Sci.10(2017)2570–2578.
[21]L.Fang*,F.Nan,Y.Yang,D.Cao*,Enhancedphotoelectrochemicalandphotocatalyticactivityinvisible-light-drivenAg/BiVO4inverseopals,Appl.Phys.Lett.108(2016)093902.
[20]Z.Wang#,D.Cao#,R.Xu#,S.Qu,Z.Wang,Y.Lei*,Realizingorderedarraysofnanostructures:Aversatileplatformforconvertingandstoringenergyefficiently,NanoEnergy.19(2016)328–362.
[19]Y.Mi,L.Wen,Z.Wang,D.Cao,R.Xu,Y.Fang,Y.Zhou,Y.Lei*,Fe(III)modifiedBiOClultrathinnanosheettowardshigh-efficientvisible-lightphotocatalyst,NanoEnergy.30(2016)109–117.
[18]D.Cao,N.Nasori,Z.Wang,Y*.Mi,L.Wen,Y.Yang,S.Qu,Z.Wang,Y.Lei*,p-TypeCuBi2O4 :aneasilyaccessiblephotocathodicmaterialforhigh-efficiencywatersplitting,J.Mater.Chem.A.4(2016)8995–9001.
[17]S.Tarish,A.Al-Haddad,R.Xu,D.Cao,Z.Wang*,S.Qu,G.Nabi,Y.Lei*,TheshiftoftheopticalabsorptionbandedgeofZnO/ZnScore/shellnanotubearraysbeyondquantumeffects,J.Mater.Chem.C.4(2016)1369–1374.
[16]Y.Mi,L.Wen,Z.Wang,D.Cao,H.Zhao,Y.Zhou,F.Grote,Y.Lei*,Ultra-lowmassloadingofplatinumnanoparticlesonbacterialcellulosederivedcarbonnanofibersforefficienthydrogenevolution,Catal.Today.262(2016)141–145.
[15]Y.Mi,L.Wen,R.Xu,Z.Wang,D.Cao,Y.Fang,Y.Lei,ConstructingaAZO/TiO2Core/ShellNanoconeArraywithUniformlyDispersedAuNPsforEnhancingPhotoelectrochemicalWaterSplitting,Adv.EnergyMater.6(2016)1501496.
[14]F.Tan,Z.Wang,S.Qu,D.Cao,K.Liu,Q.Jiang,Y.Yang,S.Pang,W.Zhang,Y.Lei*,Z.Wang,ACdSethinfilm:aversatilebufferlayerforimprovingtheperformanceofTiO2nanorodarray:PbSquantumdotsolarcells,Nanoscale.8(2016)10198–10204.
[13]Z.Wang#,D.Cao#,L.Wen,R.Xu,M.Obergfell,Y.Mi,Z.Zhan,N.Nasori,J.Demsar,Y.Lei,Manipulationofchargetransferandtransportinplasmonic-ferroelectrichybridsforphotoelectrochemicalapplications,Nat.Commun.7(2016)10348.
[12]D.Cao,N.Nasori,Z.Wang,L.Wen,R.Xu,Y.Mi,Y.Lei*,FacileSurfaceTreatmentonCu2OPhotocathodesforEnhancingthePhotoelectrochemicalResponse,Appl.Catal.BEnviron.198(2016)398–403.
[11]Y.Mi,L.Wen,Z.Wang,D.Cao,Y.Fang,Y.Lei*,Buildingofanti-restack3DBiOClhierarchitecturebyultrathinnanosheetstowardsenhancedphotocatalyticactivity,Appl.Catal.BEnviron.176–177(2015)331–337.
[10]D.Chi,S.Lu,R.Xu,K.Liu,D.Cao,L.Wen,Y.Mi,Z.Wang*,Y.Lei*,S.Qu*,Z.Wang,Fullyunderstandingthepositiverolesofplasmonicnanoparticlesinamelioratingtheefficiencyoforganicsolarcells,Nanoscale.7(2015)15251–15257.
[9]D.Cao#,Z.Wang#,Nasori,L.Wen,Y.Mi,Y.Lei*,SwitchableCharge-TransferinthePhotoelectrochemicalEnergy-ConversionProcessofFerroelectricBiFeO3Photoelectrodes,Angew.ChemieInt.Ed.53(2014)11027–11031.
[8]C.Wang,D.Cao,F.Zheng,W.Dong,L.Fang,X.Su,M.Shen*,PhotocathodicbehaviorofferroelectricPb(Zr,Ti)O3filmsdecoratedwithsilvernanoparticles.,Chem.Commun.49(2013)3769–3771.
[7]D.Cao,C.Wang,F.Zheng*,L.Fang,W.Dong,M.Shen*,Understandingthenatureofremnantpolarizationenhancement,coercivevoltageoffsetandtime-dependentphotocurrentinferroelectricfilmsirradiatedbyultravioletlight,J.Mater.Chem.22(2012)12592.
[6]P.Zhang,D.Cao,C.Wang,M.Shen,X.Su,L.Fang,W.Dong,F.Zheng*,EnhancedphotocurrentinPb(Zr0.2Ti0.8)O3ferroelectricfilmbyartificiallyintroducingasymmetricalinterfaceSchottkybarriers,Mater.Chem.Phys.135(2012)304–308.
[5]D.Cao,C.Wang,F.Zheng*,W.Dong,L.Fang,M.Shen*,High-EfficiencyFerroelectric-FilmSolarCellswithann-typeCu2OCathodeBufferLayer,NanoLett.12(2012)2803–2809.
[4]D.Cao,H.Zhang,L.Fang,W.Dong,F.Zheng*,M.Shen,PolarizationeffectonthephotocurrentofPtsandwichedmulti-crystallineferroelectricfilms,Mater.Chem.Phys.129(2011)783–786..
[3]D.Cao,J.Xu,L.Fang,W.Dong,F.Zheng*,M.Shen*,Interfaceeffectonthephotocurrent:AcomparativestudyonPtsandwiched(Bi3.7Nd0.3)Ti3O12andPb(Zr0.2Ti0.8)O3films,Appl.Phys.Lett.96(2010)192101.
[2]D.Cao,H.Zhang,L.Fang,W.Dong,F.Zheng*,M.Shen*,InterfacelayerthicknesseffectonthephotocurrentofPtsandwichedpolycrystallineferroelectricPb(Zr,Ti)O3films,Appl.Phys.Lett.97(2010)102104.
[1]J.Xu,D.Cao,L.Fang,F.Zheng*,M.Shen*,X.Wu,SpacechargeeffectonthephotocurrentofPt-sandwichedPb(Zr0.20Ti0.80)O3filmcapacitors,J.Appl.Phys.106(2009)113705.
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