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1.WeiweiXia,HaoyuQian,XianghuaZeng*,JiaweiSun,PengdiWang,MinLuo,JingDong,TiO2@Sn3O4NanorodsVerticallyAlignedontheCarbonFiberPapersforEnhancedPhotoelectrochemicalPerformance,RSCAdv.,2019,9,23334–23342.
2.WeiweiXia,LingzhiGuan,XianghuaZeng*,JinpengYang,HuiHe,YunqingCao,Improvedvisible-lightphotocurrentbasedonZnO/ZnScore–shellnanorodsviainterfacialengineering,J.Phys.D:Appl.Phys.52(2019)035501.
3.JinpengYang,LiwenCheng,XiaoshuangShen,HuiHe,andXianghuaZeng,Studyofenergylevelalignmentatweaklyinteractingsmallorganicmolecularthinfilminterfaces:Thevalidityofclassicalmodelfrominorganics,J.Appl.Phys.125,035301(2019);https://doi.org/10.1063/1.5054913.
4.R.X.Cao,JunDong,Q.L.Wang,Y.J.Yang,C.Zhao,X.H.Zeng*,D.A.Chareev*,A.N.Vasiliev,BingWu,andGuoqingWu*,MeasurementsofthesuperconductinganisotropyinFeSewitharesonancefrequencytechnique,AIPAdvances9,045220(2019);https://doi.org/10.1063/1.5093591.
5.YuxueZhou,MinLuo,WeiZhang,ZhenxinZhang,XiangdongMeng,XiaoshuangShen,HongfeiLiu,MinZhou*,XianghuaZeng*，TopologicalFormationofaMo−Ni-BasedHollowStructureasaHighlyEfficientElectrocatalystfortheHydrogenEvolutionReactioninAlkalineSolutions,ACSAppl.Mater.Interfaces2019,11,21998−22004.
6.HongfeiLiu,WeikangSun,ZhipingZhang,XiuyunZhang,YuxueZhou,JunZhu,XianghuaZeng,TailoredphasetransitiontemperatureandnegativethermalexpansionofSc-substitutedAl2Mo3O12synthesizedbyaco-precipitationmethod,Inorg.Chem.Front.,2019,6,1842.
7.LINHong-liang,ZENGXiang-hua*,SHIShi-man,TIANHai-jun,YANGMo,CHUKai-ming,YANGKai,andLIQuan-su,OptimizationofGaAs-based940nminfraredlightemittingdiodewithdual-junctiondesign,OPTOELECTRONICSLETTERS,Vol.15No.2,1March2019,0114-0116.
8.Zhou,Y.,Luo,M.,Zhang,Z.,Li,W.,Shen,X.,Xia,W.,Zhou,M.,Zeng,X*,Irondopedcobaltsulfidederivedboostedelectrocatalystforwateroxidation,AppliedSurfaceScience448(2018)9–15.
9.WeiweiXia,MinLuo,XianghuaZeng*,JinpengYang,JingDong,QinXu,ZhenxinZhang,DifferentAnnealingAtmosphereGasesontheGrowthandPhotocurrentPerformanceofCuOFilmsGrownonFTOSubstrate,ACSOmega2018,3,11354−11361.
10.WanrongLi,MinZhou*,FeiLu,HongfeiLiu,YuxueZhou,JunZhu,XianghuaZeng*.Enhancedconductivelossinnickel–cobaltsulfidenanostructuresforhighlyefficientmicrowaveabsorptionandshielding.J.Phys.D:Appl.Phys.2018,51,235303.
11.L.W.Cheng,C.R.Cao,J.Ma,Z.Z.Xu,T.Lan,J.PYang,HaitaoChen,HongyanYu,ShudongWu,ShunYao,XianghuaZeng,SuppressedpolarizationeffectandenhancedcarrierconfinementinInGaNlight-emittingdiodeswithGaN/InGaN/GaNtriangularbarriers,J.Appl.Phys.123,223104(2018).
12.HongfeiLiu,WeikangSun,ZhipingZhang,XiuyunZhang,YuxueZhou,JunZhu,XianghuaZeng,TailoredphasetransitiontemperatureandnegativethermalexpansionofSc-substitutedAl2Mo3O12synthesizedbyaco-precipitationmethod,Inorg.Chem.Front.,2019,6,1842.
13.ZhileiMiao,WeiWang,RongchunYuan,JunZhu,ShudongWu,HaitaoChen,XianghuaZengandQiangWang,ImprovedResistanceSwitchingCharacteristicsofBiFeO3ThinFilmbyIncreasingtheAnnealingTemperature,NANO:BriefReportsandReviewsVol.13,No.9(2018)1850111.
14.XiangdongMeng*,YuxueZhou,XianghuaZeng,XiaobingChen,YanqiuChu,OxygenvacancymediatedtemperaturedependentemissionbehavioroflocalizedboundexcitonsinZnOnanorods,JournalofLuminescence195(2018)201–208
15.FeiLu,MinZhou*,YuxueZhou,andXianghuaZeng*,First-RowTransitionMetalBasedCatalystsfortheOxygenEvolutionReactionunderAlkalineConditions:BasicPrinciplesandRecentAdvances,Small2017,1701931(pp18),DOI:10.1002/smll.201701931.
16.WeiweiXia,HaoyuQian,XianghuaZeng*,JingDong,JuanWang,QinXu,Visible-lightSelf-poweredPhotodetectorandRecoverablePhotocatalystFabricatedfromVerticallyAlignedSn3O4NanoflakesonCarbonPaper,J.Phys.Chem.C2017,121,19036−19043,DOI:10.1021/acs.jpcc.7b05520.
17.WeiweiXia,WanrongLi,XianghuaZeng*,DanShan,JunfengLu,GuoqingWu,JingDong,MinZhou,InterconnectedSnO2MicrosphereFilmsandtheirImprovedUltravioletPhotodetectorProperties,JournalofElecMateri,2017,46(11),6669-6676,DOI10.1007/s11664-017-5711-6.
18.J.Dong,X.H.Zeng*,W.W.Xia,X.Y.Zhang,M.Zhou,FerromagneticBehaviorofNonstoichiometricZnSMicrosphereswithaNanoplateNettedSurface,RSCAdv.,2017,7,20874–20881.
19.JianguoZhao,XiongZhang*,ZiliWu,LiliFeng,LiwenCheng,XianghuaZeng,GuohuaHu,YipingCui,EnhancedperformanceofGaN-basedlight-emittingdiodeswithcompositeelectronblockinglayer,Optik136(2017)558–563.
20.Jin-PengYang,Lin-TaiShang,FabioBussolotti,Li-WenCheng,Wen-QingWang,Xiang-HuaZeng,SatoshiKera,Yan-QingLi,Jian-XinTang,NobuoUeno,Fermi-levelpinningappearsuponweakelectrode-organiccontactwithoutgapstates:Auniversalphenomenon,OrganicElectronics48(2017)172-178
21.Jin-PengYang,Wen-QinWang,L.TShang,L.W.Cheng,X.S.Shen,X.H.Zeng,Y.Q.LiJ.X.Tang,Dynamicprocessesofchargesgenerationinintermediateconnectorsfortandemorganiclightemittingdiodes,OrganicElectronics,46(2017)145-149.
22.MinZhou,QunhongWeng,XiuyunZhang,XiWang,YanmingXue,XianghuaZeng,YoshioBando,andDmitriGolberg,Insituelectrochemicalformationofcore–shellnickel–irondisulfideandoxyhydroxideheterostructuredcatalystsforastableoxygenevolutionreactionandtheassociatedmechanisms,J.Mater.Chem.A,2017,5,4335–4342.
23.Jin-PengYang,Wen-QingWang,Li-WenCheng,Yan-QingLi,Jian-XinTan,SatoshiKera,NobuoUeno,Xiang-huaZeng,MechanismforDopingInducedpTypeC60UsingThermallyEvaporatedMolybdenumTrioxide(MoO3)asaDopant,J.Phys.:Condens.Matter28(2016)185502(6pp)
24.ChaoMei,YanshuangPan,HuiSun,XiaoshuangShen,XunHong,HuiHeandXianghuaZeng*,PreparationandOptical,Nanomechanical,NegativeThermalExpansionPropertiesofSc2W3O12thinfilmGrownbyPulsedLaserDepositionStructureCompetitionandEvolutioninMinimum-EnergyNanoparticleClusters,CrystEngComm,18,2016,6566-6572.
25.Jin-PengYang,Wen-QingWang,FabioBussolotti,Li-WenCheng,Yan-QingLi,SatoshiKera,Jian-XinTang,Xiang-HuaZeng,NobuoUeno,QuantitativeFermileveltuninginamorphousorganicsemiconductorbymoleculardoping:Towardfullunderstandingofthedopingmechanism,Appl.Phys.Lett.109(2016)093302.
26.F.Lu,M.Zhou*,W.R.Li,Q.H.Weng,C.L.Li,Y.M.Xue,X.F.Jiang,X.H.Zeng*,Y.Bando,D.Golberg*,EngineeringsulfurvacanciesandimpuritiesinNiCo2S4NanostructurestowardOptimalSupercapacitivePerformance,NanoEnergy26(2016)313–323
27.WeiweiXia,ChaoMei,XianghuaZeng*,ShuaiChang,GuoqingWu,XiaoshuangShen,MesoporousMulti-shelledZnOMicrospheresfortheScatteringLayerofDyeSensitizedSolarCellwithaHighEfficiency,Appl.Phys.Lett.108(2016)113902;doi:10.1063/1.4944532(5pages)
28.HuiHe*,HaiboWang,KaiLi,JunZhu,JianshuangLiu,XiangdongMeng,XiaoshuangShen,XianghuaZeng*,WeipingCai,GreenandTunableDecorationofGraphenewithSphericalNanoparticlesBasedonLaserAblationinWater:ACaseofAgNanoparticle/GrapheneOxideSheetComposites,Langmuir32(2016)1667−1673.
29.H.He*,K.Li,J.Dong,J.Xia,Y.Zhang,T.H.Yang,X.L.Zhao,Q.L.Huang,X.H.Zeng*,MesoporousAunanotube-constructedthreedimensionalfilmswithexcellentSERSperformancebasedonthenanofibertemplate-displacementreactionstrategy,RSCAvances,2016,6,4429-4433.
30.G.Q.Wu*,X.S.Ye,X.H.Zeng*,B.Wu,W.G.Clark,Directobservationofchargestateinthequasi-one-dimensionalconductorLi0.9Mo6O17,ScientificReport,6,20721(2016).(12pages)
31.G.Q.Wu*,X.S.Ye,X.H.Zeng*,B.Wu,WGClark,Investigationofthemagneticdipolefieldattheatomicscaleinquasi-one-dimensionalparamagneticconductorLi0.9Mo6O17,J.Phys.:Condens.Matter28(2016)015003(13pages)
32.H.B.Wang,X.H.Zeng*,W.W.Xia,X.Zhou,M.Zhou,X.S.Shen,Nanosheet-builttin-oxideshollowmicrosphereandtheirphasetransitionwithanannealingtreatment,Mater.Res.Bull.70(2015)697–703.
33.X.H.Zeng*,S.J.Yan,J.Y.Cui,H.F.Liu,J.Dong,W.W.Xia,M.Zhou,H.T.Chen,Size-andmorphology-dependentopticalpropertiesofZnS:Alone-dimensionalstructures,JNanopartRes(2015)17:188(1-11).
34.W.W.Xia,C.Mei,X.H.Zeng*,G.K.Fan,J.F.Lu,X.D.Meng,X.S.Shen,Nanoplate-BuiltZnOHollowMicrospheresDecoratedwithGoldNanoparticlesandTheirEnhancedPhotocatalyticandGas-SensingProperties,ACSAppl.Mater.Interfaces7(2015)11824−11832.
35.M.Zhou,F.Lu,X.S.Shen,W.W.Xia,H.He,X.H.Zeng*,One-potconstructionofthreedimensionalCoMoO4/Co3O4hybridnanostructuresandtheirapplicationinsupercapacitors,J.Mater.Chem.A3(2015)21201–21210.
36.H.He,H.Q.Li,W.W.Xia,X.S.Shen,M.Zhou,J.R.Han,X.H.Zeng*,W.P.Cai,Electrophoreticfabricationofsilvernanostructure/zincoxidenanorodheterogeneousarrayswithexcellentSERSperformance,J.Mater.Chem.C,2015,3,1724-1731.
37.H.He,J.Dong,K.Li,M.Zhou,W.W.Xia,X.S.Shen,J.R.Han,X.H.Zeng*,W.P.Cai,Quantumdot-assembledmesoporousCuOnanospheresbasedonlaserablationinwater,RSCADVANCES,5(25)(2015)19479-19483.
38.XinZhou,XianghuaZeng*,XiaoqingYan,WeiweiXia,YuxueZhou,XiaoshuangShen,Shape-andphase-controlledZnSnanostructuresandtheiropticalproperties,MaterialsResearchBulletin59(2014)25–31.
39.W.W.Xia*,H.B.Wang,X.H.Zeng*,J.Han,J.Zhu,M.Zhou,S.D.Wu,HighEfficiencyPhotocatalyticActivityofType-IISnO/Sn3O4HeterostructuresviaInterfacialChargeTransfer,CrystEngComm,2014,16(30),6841-6847.
40.Y.X.Zhou*,L.Tong,X.H.Zeng,X.B.Chen,Greensynthesisofflower-likeBi2WO6microspheresasavisible-light-drivenphotocatalyst,NEWJOURNALOFCHEMISTRY,38(2014)5,1973-1979.
41.WeiweiXia*,JunZhu,HaiboWang,XianghuaZeng*,EffectofCatalystShapeonEtchingOrientation1inMetal-assistedChemicalEtchingofSilicon,CrystEngComm,2014,16,4289-4297,DOI:10.1039/C4CE00006D.
42.Yu-XueZhou,LingTong,Xiao-BingChen,Xiang-HuaZeng,Ethyleneglycol-assistedsolvothermalfabricationofZnWO4nanostructureswithtunablesize,opticalproperties,andphotocatalyticactivities,AppliedPhysicsA,November2014,Volume117,Issue2,pp673-679.
43.S.C.Wang,X.Zhang,H.Guo,H.Q.Yang,M.Zhu,L.W.Cheng,X.H.Zeng,Y.P.Cui,EnhancedperformanceofGaN-basedlight-emittingdiodesbyusingap-InAlGaN/GaNsuperlatticeaselectronblockinglayer,JournalofModernOptics,DOI:10.1080/09500340.2013.873086.
44.X.H.Zeng*,C.Hu,M.Zhou,W.W.Xia,X.D.Meng,EnhancedRamanSpectroscopyInducedbySurfaceDefectsinRipple-likeCdSMicrobelts,Appl.Phys.Lett.,104,081609(1-5),2014.
45.X.H.Zeng*,W.Zhang,J.Y.Cui,M.Zhou,H.T.Chen,Chargetransferandopticalpropertiesofwurtzite-typeZnS/(CdS/ZnS)n(n=2,4,8)superlattices,Mater.Res.Bull.,50,359–364,2014.
46.J.Y.Cui,X.H.Zeng*,M.Zhou,C.Hu,W.Zhang,J.F.Lu,TunableblueandorangeemissionsofZnS:MnthinfilmsdepositedonGaNwafferbypulsedlaserdeposition,J.Lumin.,147(2014)310–315.
47.C.Hu,X.H.Zeng*,J.Y.Cui,H.TChen,J.F.Lu,SizeEffectsofRamanandPLSpectraofCdSNanobelts,J.Phys.Chem.C.117(2013)20998−21005.
48.W.Zhang,X.H.Zeng*,J.F.Lu,H.TChen,PhasecontrolledsynthesisandopticalpropertiesofZnSthinfilmsbypulsedlaserdeposition,MaterialsResearchBulletin48(2013)3843–3846。
49.W.Zhang,X.H.Zeng*,H.FLiu,J.FLu,SynthesisandinvestigationofblueandgreenemissionsofZnSceramics,J.Lumin.134(2013)498–503.
50.J.F.Lu,X.H.Zeng*,H.F.Liu,W.Zhang,Y.Zhang,J.YCui,EffectsofAucatalystsforsynthesisofZnSmicrostructuresonthesapphiresubstrate,MaterialLetter,93(2013)337–340.
51.X.Y.Song,X.H.Zeng*,J.B.Zhang,Y.Z.Jin,X.D.Meng,OptoelectronicPropertiesofGaN-BasedLight-EmittingDiodeswithdifferentMesaStructures,doi:10.4236/msa.2012.312122,MaterialsSciencesandApplications,2012,3,838-842.
52.J.F.Lu,X.H.Zeng*,H.FLiu,W.Zhang,Y.Zhang,PreparationandPLof(3C-ZnS)/(2H-ZnS)SuperlatticeinMn-dopedZnSNanoribbons,J.Phys.Chem.C2012,116,23013-23018.
53.J.FLu,X.H.Zeng*,H.FLiu,W.Zhang,Y.Zhang,Controlledgrowthandphotoluminescenceofone-dimensionalandPlatelikeZnSnanostructures,Appl.Surf.Scien.258(2012)8538–8541.
54.H.T.Chen,Y.P.Hu,X.H.Zeng,MechanisminZnSNanostructures,J.MaterialsScience,46(2011)2715-2719.
55.H.F.Liu*,Z.P.Zhang,W.Zhang,X.H.Zeng,X.B.Chen,SynthesisandnegativethermalexpansionpropertyofY2-xLaxW3O12,CERAMICSINTERNATIONAL,39(3),pp2781-2786,2013/4.
56.Y.X.Zhou*,L.Tong,X.B.Chen,X.H.Zeng,Fe3O4-ZnWO4hybridmicrospheres:facilesynthesisandmagneticallyrecyclablephotocatalyticperformance,MICRO&NANOLETTERS,8(1),pp32-34,2013/1.期刊论文,0.845(2012)
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