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[1]Q.F.Zhu,K.Pan,S.H.Xie*,Y.Y.Liu*,J.Y.Li*,Nanomechanicsofmultiferroiccompositenanofibersvialocalexcitationpiezoresponseforcemicroscopy,JournaloftheMechanicsandPhysicsofSolids,2019,126,76-86.
[2]W.Wang,S.J.Luo,C.Xian,Q.Xiao,Y.Yang,Y.OU,Y.Y.Liu,S.H.Xie*,EnhancedthermoelectricpropertiesofhydrothermalsynthesisBiCl3/Bi2S3Composites,无机材料学报,2019,34(3):328-334(SCI).
[3]F.An,G.K.Zhong,Q.F.Zhu,Y.L.Huang,Y.Yang,S.H.Xie*,SynthesisandmechanicalpropertiescharacterizationofmultiferroicBiFeO3-CoFe2O4compositenanofibers,CeramicsInternational,2018,44,11617-11621.
[4]G.K.Zhong,F.An,Y.Bitla,J.B.Wang,X.L.Zhong,M.Chin,Y.Mao,Y.Zhang,W.P.Gao,X.Q.Pan,S.H.Xie*,J.Y.Li*,Self-assemblingepitaxialgrowthofasinglecrystallineCoFe2O4nanopillararrayviadual-targetpulsedlaserdeposition,JournalofMaterialsChemistryC,2018,6,4854-4860.
[5]G.L.Yuan,J.N.Pan,Y.G.Zhang,J.X.Yu,Y.J.He,Y.Su,Q.Zhou,H.Y.Jin,S.H.Xie*,Sepiolite/CNT/S@PANIcompositewithstablenetworkstructureforhighperformancelithiumsulfurbatteries,RSCAdvance,2018,8,17950-17957.
[6]G.K.Zhong,Y.Bitla,J.B.Wang,X.L.Zhong,F.An,Y.Chin,Y.Zhang,W.Gao,Y.Zhang,A.Eshghinejad,E.N.Esfahani,Q.F.Zhu,C.B.Tan,X.J.Meng,H.Lin,X.Q.Pan,S.H.Xie*,Y.H.Chu*&J.Y.Li*,TuningFeconcentrationinepitaxialgalliumferritethinfilmsforroomtemperaturemultiferroicproperties,ActaMaterialia,2018,145,488-495(SCI1区).
[7]G.K.Zhong,F.An,Y.Bitla,J.B.Wang,X.L.Zhong,J.X.Yu,W.P.Gao,Y.Zhang,C.B.Tan,Y.Ou,J.Jiang,Y.H.Hsieh,X.Q.Pan,S.H.Xie,Y.H.Chu*,J.Y.Li*,Deterministic,reversible,andnonvolatilelow-voltagewritingofmagneticdomainsinepitaxialBaTiO3/Fe3O4heterostructure,ACSNano,2018,12,9558-9567.
[8]J.X.Yu,E.N.Esfahani,Q.F.Zhu,D.L.Shan,T.T.Jia,S.H.Xie*,andJ.Y.Li*,QuadraticelectromechanicalstraininsiliconinvestigatedbyscanningprobeMicroscopy,JournalofAppliedPhysics,2018,123,155104.
[9]Y.Q.Weng,F.Yan,R.K.Chen,M.Qian,Y.Ou,S.H.Xie,H.R.Zheng,J.Y.Li,PiezochannelproteinnaturallyexpressedinhumanbreastcancercellMDA-MB-231asprobedbyatomicforcemicroscopy,AIPAdvances,2018,8(1):055101-1-7(SCI).
[10]Q.F.Zhu,Y.X.Gao,Y.Yang,Y.L.Huang,X.L.Tan,F.An,K.Pan*,S.H.Xie*,NanomechanicalpropertymeasurementsofSrTiO3submicron-fiber,JournalofWuhanUniversityofTechnology-MaterialsScience,2018,33,6:1350-1354(SCI).
[11]B.Y.Huang,G.L.Kong,E.N.Esfahani,S.L.Chen,Q.Li,J.X.Yu,N.G.Xu,Y.Zhan,S.H.Xie,H.D.Wen,P.Gao,J.J.Zhao,J.Y.Li*,Ferroicdomainsregulatephotocurrentinsingle-crystallineCH3NH3PbI3filmsself-grownonFTO/TiO2substrate,npjQuantumMaterials,2018,30:1-8(SCI1区).
[12]P.Jiang,F.Yan,E.N.Esfahani,S.H.Xie,D.F.Zou,X.Y.Liu,H.R.Zheng,andJ.Y.Li*,Electromechanicalcouplingofmurinelungtissuesprobedbypiezoresponseforcemicroscopy,ACSBiomaterialsScience&Engineering,2017,3(8):1827-1835(SCI1区).
[13]F.R.Li,Y.Xu,W.Chen,S.H.Xie*,J.Y.Li*,Nanotubeenchancedcarbongridsastopelectrodesforfullyprintablemesoscopicsemitransparentperovskitesolarcells,JournalofMaterialsChemistryA,2017,5,10374(SCI1区).
[14]柴二亚，潘俊安，袁国龙，程豪，安峰，谢淑红*，聚苯胺包覆蛋白石页岩/硫复合材料的制备及其电化学性能.无机材料学报，2017,32(11):1165-1170(SCI).
[15]P.Q.Wang,J.J.Zhao*,L.Y.Wei,Q.F.Zhu,S.H.Xie,J.X.Liu,X.J.Meng,J.Y.Li*,Photo-inducedferroelectricswitchinginperovskiteCH3NH3PbI3films,Nanoscale,2017,9,3806-3817(SCI1区).
[16]J.C.Li,Q.F.Zhan,S.L.Zhang,J.W.Wei,J.B.Wang,M.J.Pan,Y.L.Xie,H.L.Yang,Z.Zhou,S.H.Xie,B.M.Wang&R.W.Li,MagneticanisotropyandhighfrequencypropertyofflexibleFeCoTafilmsobliquelydepositedonawrinkledtopography,ScientificReports,2017,7:2837.
[17]S.G.Zhang,Q.F.Zhan,Y.Yu,L.P.Liu,S.H.Xieetal,SurfacemorphologyandmagneticpropertyofwrinkledFeGathinfilmsfabricatedonelasticpolydimethylsiloxane,AppliedPhysicsLetters,2016,108:102409.
[18]李金财，詹清峰*，潘民杰，刘鲁萍，杨华礼，谢亚丽，谢淑红*，李润伟，具有条纹磁畴结构的NiFe薄膜的制备与磁各向异性研究，物理学报,2016，65(21):273-281(SCI).
[19]J.A.Pan,C.Wu,J.J.Cheng,Y.Pan,Z.S.Ma,S.H.Xie*J.Y.Li,Sepiolite-sulfurasahigh-capacity,high-rateperformance,andlowcostcathodematerialforlithiumsulfurbatteries,JournalofPowerSources,2015,293,527-532.
[20]Y.Yu,S.H.Xie*,Q.F.Zhanetal.EffectofthicknessonmechanicallytunablemagneticanisotropyofFeGathinfilmsdepositedonflexiblesubstrates[J].MaterialsScienceForum,2015,815:227-232.
[21]Y.Yu,Q.F.Zhan,J.W.Wei,S.H.Xieetal,StaticandhighfrequencymagneticpropertiesofFeGathinfilmsdepositedonconvexflexiblesubstrates.AppliedPhysicsLetters,2015,106,162405.
[22]F.R.Li,Y.Jiao,S.H.Xie*J.Y.Li,Sponge-likeporousTiO2/ZnOnanodonutsforhighefficiencydyesensitizedsolarcells,JournalofPowerSources,2015,280,373-378.
[23]J.Y.Li*,J.F.Li,Q.Yu,Q.N.Chen,S.H.Xie,Strain-basedscanningprobemicroscopiesforfunctionalmaterials,biologicalstructures,andelectrochemicalsystems，JournalofMateriomics,2015,1,3-21.
[24]F.R.Li,G.C.Wang,Y.Jiao,J.Y.Li,S.H.Xie*EfficiencyenhancementofZnO-baseddye-sensitizedsolarcellbyhollowTiO2nanofibers，JournalofAlloysandCompounds,2014，611,19–23.
[25]Q.F.Zhu,Y.Xie,J.Zhang,Y.M.Liu,Q.F.Zhan,H.C.Miao,S.H.Xie*,MultiferroicCoFe2O4–BiFeO3core–shellnanofibersandtheirnanoscalemagnetoelectriccoupling,JournalofMaterialsResearch,2014,29,657-664.
[26]K.Pan,Y.Y.Liu,S.H.Xie,Y.M.Liu,J.Y.Li,Theelectromechanicsofpiezoresponseforcemicroscopyforatransverselyisotropicpiezoelectricmedium,ActaMaterialia,2013,61,7020–7033.
[27]G.C.Wang,Z.X.Cai,F.R.Li,S.T.Tan,S.H.Xie*,J.Y.Li,2%ZnOincreasestheconversionefficiencyofTiO2baseddyesensitizedsolarcellsby12%,JournalofAlloysandCompounds,2014,583,414.
[28]Q.N.Chen,Y.Y.Liu,Y.M.Liu,S.H.Xie,G.Z.Cao,andJ.Y.Li,Highsensitivitypiezomagneticforcemicroscopyforquantitativeprobingofmagneticmaterialsatthenanoscale,Nanoscale,2013,5,5747
[29]Y.Xie,Y.Ou,F.Y.Ma,X.L.Tan,andS.H.Xie*,SynthesisofmultiferroicPb(Zr0.52Ti0.48)O3-CoFe2O4core-shellnanofibersbycoaxialelectrospinning,NanoscienceandNanotechnologyLetters,2013,5,546-551.
[30]Y.Ou,J.J.Wen,H.P.Xu,S.H.Xie,andJ.Y.Li,UltrafineLiCoO2powdersderivedfromelectrospunnanofibersforLi-ionbatteries,JournalofPhysicsandChemistryofSolids,2013,74,322–327.
[31]S.H.Xie,Y.M.Liu,Y.Ou,Q.N.Chen,X.L.Tan,andJ.Y.Li,MagnetoelectriccouplingofmultilayeredPb(Zr0.52Ti0.48)O3-CoFe2O4filmbypiezoresponseforcemicroscopyundermagneticfield,JournalofAppliedPhysics,2012,112,074110.
[32]P.Q.Wang,D.Zhang,F.Y.Ma,Y.Ou,Q.N.Chen,S.H.Xie,andJ.Y.Li,Mesoporouscarbonnanofiberswithhighsurfaceareaelectrospunfromthermoplasticpolyvinylpyrrolidone,Nanoscale,2012,4(22),7199-204.
[33]Q.N.Chen,Y.Y.Liu,Y.M.Liu,S.H.Xie,G.Z.Cao,andJ.Y.Li,Delineatinglocalelectromigrationfornanoscaleprobingoflithiumionintercalationandextractionbyelectrochemicalstrainmicroscopy,AppliedPhysicsLetters101,2012,063901.
[34]S.H.Xie,Y.Y.LiuandJ.Y.Li,Synthesis,microstructures,andmagnetoelectriccouplingsofelectrospunmultiferroicnanofibers,FrontiersofPhysicsinChina,2012,7,399-407.
[35]S.H.Xie,A.Gannepalli,Q.N.Chen,Y.M.Liu,Y.C.Zhou,R.ProkschandJ.Y.Li,HighresolutionquantitativepiezoresponseforcemicroscopyofBiFeO3nanofiberswithdramaticallyenhancedsensitivity,Nanoscale,2012,4,408-413.
[36]Y.Ou,J.Peng,F.Li,Z.X.Yu,F.Y.Ma,S.H.Xie,J.F.Li,andJ.Y.Li,TheeffectsofdualdopingonthethermoelectricpropertiesofCa3-xMxCo4-yCuyO9(M=Na,La),JournalofAlloysandCompounds,2012,526,139
[37]Y.Y.Liu,R.K.Vasudevan,K.Pan,S.H.Xie,W.I.Liang,A.Kumar,S.Jesse,Y.C.Chen,Y.H.Chu,V.Nagarajan,S.V.Kalinin,andJ.Y.Li,Controllingmagnetoelectriccouplingbynanoscalephasetransformationinstrainengineeredbismuthferrite,Nanoscale,2012,4,3175-3183.
[38]Y.Yang,S.H.Xie,F.Y.Ma,andJ.Y.Li,Ontheeffectivethermoelectricpropertiesoflayeredheterogeneousmedium,JournalofAppliedPhysics,2012,111,013510.
[39]S.H.Xie,F.Y.Ma,Y.M.LiuandJ.Y.Li,MultiferroicCoFe2O4-Pb(Zr0.52Ti0.48)O3core-shellnanofibersandtheirmagnetoelectriccouplings,Nanoscale,2011,3,3152-3158.
[40]S.H.Xie,X.Y.Liu,Y.C.ZhouandJ.Y.Li,CorrelationofmagneticdomainsandmagnetostrictivestrainsinTerfenol-Dviamagneticforcemicroscopy,JournalofAppliedPhysics,2011,109,063911.
[41]D.M.Yu,C.G.Chen,S.H.Xie,Y.Y.Liu,K.Park,X.Y.Zhou,Q.F.Zhang,J.Y.LiandG.Z.Cao,MesoporousvanadiumpentoxidenanofiberswithsignificantlyenhancedLi-ionstoragepropertiesbyelectrospinning,Energy&EnvironmentalScience,2011,4,858-861.
[42]T.F.Yin,D.W.Liu,Y.Ou,F.Y.Ma,S.H.Xie,J.F.LiandJ.Y.Li,NanocrystallinethermoelectricCa3Co4O9ceramicsbysol-gelbasedelectrospinningandsparkplasmasintering,JournalofPhysicalChemistryC,2010,114:10061-10065.
[43]F.Y.Ma,Y.Ou,Y.Yang,Y.M.Liu,S.H.Xie,J.F.Li,G.Z.Cao,R..ProkschandJ.Y.Li,NanocrystallinestructureandthermoelectricpropertiesofelectrospunNaCo2O4nanofibers,JournalofPhysicalChemistryC,2010,114:22038-22043.
[44]S.H.Xie,Y.M.Liu,X.Y.Liu,Q.F.Zhou,K.K.Shung,Y.C.Zhou,andJ.Y.Li,Localtwo-waymagnetoelectriccouplingsinmultiferroiccompositesviascanningprobemicroscopy,JournalofAppliedPhysics,2010,108,054108.
[45]D.M.Yu,S.T.Zhang,D.W.Liu,X.Y.Zhou,S.H.Xie,Q.F.Zhang,Y.Y.LiuandG.Z.Cao,EffectofmanganesedopingonLi-ionintercalationpropertiesofV2O5films,JournalofMaterialsChemistry,2010,20:10841-10846.
[46]S.H.Xie,J.Y.Li,Y.Qiao,Y.Y.Liu,L.N.Lan,Y.C.ZhouandS.T.Tan,MultiferroicCoFe2O4-Pb(Zr0.52Ti0.48)O3nanofibersbyelectrospinning,AppliedPhysicsLetters,2008,92:062901
[47]S.H.Xie,J.Y.Li,Y.Y.Liu,L.N.Lan,G.JinandY.C.Zhou,ElectrospinningandmultiferroicpropertiesofNiFe2O4-Pb(Zr0.52Ti0.48O3)compositenanofibers,JournalofAppliedPhysics,2008,104:024115.
[48]S.H.Xie,Y.Y.LiuandJ.Y.Li,Comparisonoftheeffectiveconductivitybetweencompositesreinforcedbygraphenenanosheetsandcarbonnanotubes,AppliedPhysicsLetters,2008,92:243121.
[49]S.H.Xie,J.Y.Li,RogerProksch,Y.M.Liu,Y.C.Zhou,Y.Y.Liu,Y.Ou,L.N.LanandY.Qiao,NanocrystallinemultiferroicBiFeO3ultrafinefibersbySol-Gelbasedelectrospinning,AppliedPhysicsLetters,2008,93,222904.
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