个人简历

简介：
2010年毕业于香港理工大学应用物理系，获得理学博士学位。2002-2004年，在南京大学物理系刘俊明课题组从事硕士研究工作；2015-2016年，美国乔治梅森大学电机工程学院访问研究员；2010年12月-至今，在华南师范大学华南先进光电子研究院工作；2016年晋升为研究员。目前在ACSNano、NPJQuantumMater、Appl.Phys.Lett.等国际重要学术期刊上发表SCI学术论文90多篇；申请国家发明专利多项，主持包括国家自然科学基金(面上、青年)、国家重点项目子课题、国家重大研发项目子课题，广东省自然科学基金项目等多个科研项目。
教育经历/Education：
2007年08月-2010年08月：香港理工大学应用物理系，博士
2007.08-2010.08DepartmentofAppliedPhysics,TheHongKongPolytechnicUniversity,Ph.D
2001年09月-2004年07月：景德镇陶瓷大学材料科学与工程学院/南京大学物理系(联合培养),硕士
2001．9-2004.7JointtrainingofSchoolofMaterialsScienceandEngineering,JingdezhenCeramicInstitute,andSchoolofPhysics,NanjingUniversity,Master
1996年09月-1999年07月：景德镇陶瓷大学材料科学与工程学院,学士
1996.09-1999.07SchoolofMaterialsScienceandEngineering,JingdezhenCeramicInstitute,Bachelor
工作经历/WorkExperience:
2016年12月-至今华南师范大学华南先进光电子研究院，研究员
2016.12-now,SouthChinaAcademyofAdvancedOptoelectronics,SouthChinaNormalUniversity,Professor
2015年09月-2016年09月乔治梅森大学(美国)，访问学者
2015.9-2016.9DepartmentofElectricalandComputerEngineering,GeorgeMasonUniversityandNationalInstituteofstandardsandTechnology,VisitingScholar
2010年12月-2016年12月华南师范大学华南先进光电子研究院，副教授
2010.12-2016.12,SouthChinaAcademyofAdvancedOptoelectronics,SouthChinaNormalUniversity,AssociateProfessor
2006年08月-2007年08月香港理工大学应用物理系，助理研究员
2006.7-2007.8DepartmentofAppliedPhysics,TheHongKongPolytechnicUniversity,AssistantResearch
2004年07月-2006年08月景德镇陶瓷大学，讲师
2004.7-2006.8SchoolofMaterialsScienceandEngineering,JingdezhenCeramicInstitute,AssistantTeacher
1999年07月-2001年07月佛山陶氏色釉料有限公司，研发员
1999.7-2001.7FoshanDowColorGlazeCo.,Ltd.,R&Dpersonnel

科研项目(Projects)
1.主持国家重点研发计划项目子课题之子课题：“多场调控磁电材料-纳米尺度多场物性与输运性质测量及调控”，项目批准号：2016YFA0201004，执行时间：2016年06月-2021年07月，项目第二申请人，华南师范大学项目负责人：华师经费：94.0万元。
2.主持国家自然科学基金面上项目：“RMnO3多铁性薄膜的拓扑畴结构及其新颖光电磁新效应”，项目批准号：11574091，批准金额：84.0万元，执行时间：2016年01月-2019年12月。
3.主持国家自然科学基金重点项目子课题：“多铁性材料异质结和原型器件的设计、制备及性能调控研究”，项目批准号：51332007，执行时间：2014年01月-2018年12月，项目第二申请人，华南师范大学项目负责人：华师经费：90.0万元。
4.主持国家自然科学基金青年科学基金项目：“NiMnGa铁磁形状记忆合金/压电材料复合薄膜的磁电耦合效应研究”，项目批准号：51101063，批准金额：25万元；执行时间：2012年01月-2014年12月。
5.主持广东省自然科学基金-自由申请项目：“多铁性材料异质结的设计，制备及性能研究”，项目批准号：2015A03031337，批准金额：10.0万元，执行时间：2015年10月-2018年10月。
6.主持广东省自然科学基金-博士启动项目：“铁磁/铁电复合薄膜的磁电耦合效应及其机理研究”，项目批准号：S2011040003205，批准金额：3.0万元，执行时间：2011年10月-2013年10月。
7.参与2016年度广东省前沿与关键技术创新项目：“可印刷高介电常数绝缘显示材料关键技术研究”，项目批准号：2016B090907001,负责金额：25.0万元，执行时间：2016年01月-2018年12月。
8.参与2016年度广东省科技计划应用型科技研发专项资金项目：“新型超高密度磁电随机存储及光存储材料与器件关键技术”，项目批准号：2015B090927006,负责金额：10.0万元，执行时间：2015年12月-2018年12月

研究领域

1.多铁性材料(复合材料和异质结)的制备、表征和器件设计
2.电介质储能材料的制备、表征及其物理机理
3.二维材料的制备和表征及其气体传感领域的应用

近期论文

2019年
[1]X.L.Gao,Y.Li,J.W.Chen,C.Yuan,M.Zeng*,A.H.Zhang,X.S.Gao,X.B.Lu,Q.L.Li,J.-M.Liu,HighenergystorageperformancesofBi1?xSmxFe0.95Sc0.05O3lead-freeceramicssynthesizedbyrapidhotpresssintering,J.Eur.Ceram.Soc.39,2331(2019).
[2]S.B.Yang,C.A.Wang,Y.Li,Y.Chen,A.H.Zhang,M.Zeng*,Z.Fan,X.S.Gao,X.B.Lu,J.-M.Liu,HexagonalYMnO3filmsaspromisingultravioletphotodetectors,Ceram.Inter.453239-3243(2019).
2018年
[3]C.A.Wang,X.G.Fang,A.H.Zhang,M.Zeng*,Z.Fan,D.Y.Chen,X.S.Gao,X.B.Lu,CouplingofferroelasticstrainandferroelectricphasetransitioninNiMnGa/Pb0.97La0.02(Zr0.95Ti0.05)O3bilayeredfilms,Ceram.Inter.44,17199(2018).
[4]Y.Chen,J.W.Chen,S.B.Yang,Y.Li,X.L.Gao,M.Zeng*,Z.Fan,X.S.Gao,X.B.Lu,andJ.-M.Liu,Abi-functionalferroelectricPb(Zr0.52Ti0.48)O3film:Energystoragepropertiesandferroelectricphotovoltaiceffects,Mater.Res.Bull.107456(2018).
[5]J.X.Yao,X.Song,X.S.Gao,G.Tian,P.L.Li,H.Fan,Z.F.Huang,W.D.Yang,D.Y.Chen,Z.Fan,M.Zeng,andJun-MingLiu,ElectricallyDrivenReversibleMagneticRotationinNanoscaleMultiferroicHeterostructures.ACSnano12,6767(2018).
[6]J.Chen,J.J.Liang,J.H.Yu,M.H.Qin,Z.Fan,M.Zeng,X.B.Lu,X.S.Gao,andJ.-M.Liu,Dynamicsofdistortedskyrmionsinstrainedchiralmagnets,NewJ.Phys.,20,063050(2018).
[7]J.J.Liang,J.H.Yu,J.Chen,M.H.Qin,M.Zeng,X.B.Lu,X.S.Gao,andJ.-M.Liu,Magneticfieldgradientdrivendynamicsofisolatedskyrmionsandantiskyrmionsinfrustratedmagnets,NewJ.Phys.,20,053037(2018).
2017年
[8]C.A.Wang,L.Yang,Z.W.Li,M.Zeng*,A.H.Zhang,M.H.Qin,X.B.Lu,X.S.Gao,J.W.Gao,KwokHoLam,Giantroomtemperaturemultiferroicityanddomainstructuresinhot-presssinteredBi0.85Sm0.15Fe0.97Sc0.03O3ceramics,Ceram.Inter.43,12764(2017).
[9]Z.Li,Y.Wang,G.Tian,P.Li,L,Zhao,F.ZhangJ.Yao,H.F,X.Song,D.Y.Chen,Z.Fan,M.H.Qin,M.Zeng,Z.Zhang,X.B.Lu,S.Hu,C.Lei,Q.Zhu,J.Li,X.S.Gao,J.-M.Liu,High-densityArrayofFerroelectricNanodotswithRobustandReversiblySwitchableTopologicalDomainStates,Sci.Adv.3,e1700919(2017).
[10]P.L.Li,Z.F.Fang,Z.Fan,H.Fan,Q.Y.Luo,C.ChenD.Y.Chen.M.Zeng,M.H.Qin,Z.Zhang,X.B.Lu,X.S.Gao,andJ.-M.Liu,AnUnusualMechanismforNegativeDifferentialResistanceinFerroelectricNanocapacitors:PolarizationSwitching-InducedChargeInjectionFollowedbyChargeTrapping,ACSAppl.Mater.Interfaces9,27120-27126(2017).
[11]G.Tian,D.Y.Chen,H.Fan,P.L.Li,Z.Fan,M.H.Qin,M.Zeng,J.Y.Dai,X.S.Gao,andJ.-M.Liu,ObservationofExoticDomainStructuresinFerroelectricNanodotArraysFabricatedviaaUniversalNanopatterningApproach,ACSAppl.Mater.Interfaces9,37219-37226(2017).
[12]H.Fan,Z.Fan,P.L.Li,F.Y.Zhang,G.Tian,J.X.Yao,Z.W.Li,X.Song,D.Y.Chen,B.Han,M.Zeng,S.J.Wu,Z.Zhang,M.H.Qin,X.B.Lu,J.W.Gao,Z.X.Lu,Z.Zhang,J.YDai,X.SGao,andJ.-M.Liu,Largeelectroresistanceandtunablephotovoltaicpropertiesofferroelectricnanoscalecapacitorsbasedonultrathinsuper-tetragonalBiFeO3films,J.Mater.Chem.C5,3323(2017).
[13]Z.Fan,H.Fan,L.Yang,P.L.Li,Z.X.Lu,G.Tian,F.Y.Zhang,Z.W.Li,J.X.Yao,Q.Y.Luo,C.Chen,D.Y.Chen,X.Song,Z.B.Yan,M.Zeng,X.B.Lu,X.SGao,andJ.-M.Liu,Resistiveswitchinginducedbychargetrapping/detrapping:aunifiedmechanismforcolossalelectroresistanceincertainNb:SrTiO3-basedheterojunctions,J.Mater.Chem.C5,7317(2017).
[14]H.Fan,C.Chen,Z.Fan,L.Y.Zhang,Z.W.Tan,P.L.Li,Z.F.Huang,J.X.Yao,G.Tian,Q.Y.Luo,Z.W.Li,X.Song,D.Y.Chen,M.Zeng,J.W.Gao,X.B.Lu,Y.Zhao,X.S.Gao,andJ.-M.Liu,ResistiveswitchingandphotovoltaiceffectsinferroelectricBaTiO3-basedcapacitorswithTiandPttopelectrodes,Appl.Phys.Lett.111,252901(2017).
[15]X.S.Jing,W.C.Xu,C.Yang,J.J.Feng,A.H.Zhang,Y.P.Zeng,M.H.Qin,M.Zeng,Z.Fan,J.W.Gao,X.S.Gao,G.F.Zhou,X.B.Lu,andJ.-M.Liu,Tuningelectricalconductivity,chargetransport,andferroelectricityinepitaxialBaTiO3filmsbyNb-doping,Appl.Phys.Lett.110,182903(2017).
2016年
[16]C.Liu,S.X.Lin,M.H.Qin,X.B.Lu,X.S.Gao,M.Zeng*,Q.L.Li,andJ.-M.Liu,“Energystorageandpolarizationswitchingkineticsof(001)-orientedPb0.97La0.02(Zr0.95Ti0.05)O3”,Appl.Phys.Lett.108,112903(2016).
[17]H.Z.Pang,F.Y.Zhang,M.Zeng*,X.S.Gao,M.H.Qin,X.B.Lu,J.W.Gao,J.Y.Dai,andQ.L.Li,“PreparationofepitaxialhexagonalYMnO3thinfilmsandobservationofferroelectricvortexdomains”,npjQuantumMaterials1,16015(2016).
[18]L.Yang,X.Li,M.F.Liu,P.L.Li,Z.B.Yan,M.Zeng*,M.H.Qin,X.S.Gao,andJ.-M.Liu,“UnderstandingthemultiferroicityinTmMn2O5byamagneticallyinducedferrielectricmodel”,Sci.Rep.6,34767(2016).
[19]L.Yang,C.A.Wang,C.Liu,M.H.Qin,X.B.Lu,X.S.Gao,M.Zeng*,andJ.-M.Liu,“Strain-inducedinsulator-metaltransitioninferroelectricBaTiO3(001)surface:First-principlesstudy”,Chin.Phys.B25,077302(2016).
[20]G.Tian,F.Y.Zhang,J.X.Yao,H.Fan,P.L.Li,Z.W.Li,X.Song,X.Y.Zhang,M.H.Qin,M.Zeng,Z.Zhang,J.J.Yao,X.S.Gao,andJ.-M.Liu,“Magnetoelectriccouplinginwell-orderedepitaxialBiFeO3/CoFe2O4/SrRuO3heterostructurednanodotarray”,ACSNano10,1025-1032(2016).
[21]Z.X.Lu,Z.Fan,P.L.Li,H.Fan,G.Tian,X.Song,Z.W.Li,L.N.Zhao,K.RHuang,F.Y.Zhang,Z.Zhang,M.Zeng,X.S.Gao,J.J.Feng,J.G.Wan,andJ.-M.Liu,“Ferroelectricresistiveswitchinginhigh-densitynanocapacitorarraysbasedonBiFeO3ultrathinfilmsandorderedPtnanoelectrodes”,ACSAppl.Mater.Interfaces8,23963-23968(2016).
[22]W.Q.He,W.C.Xu,Q.Peng,C.Liu,G.F.Zhou,S.J.Wu,M.Zeng,Z.Zhang,J.W.Gao,X.S.Gao,X.B.Lu,andJ.-M.Liu,“SurfacemodificationonsolutionprocessableZrO2High-kDielforlowvoltageoperationsoforganicthinfilmtransistors”,J.Phys.Chem.C120,9949-9957(2016).
[23]Z.R.Yan,M.H.Qin,S.Dong,M.Zeng,X.B.Lu,X.S.Gao,andJ.-M.Liu,“SpinglassstateandenhancedspiralphaseindopeddelafossiteoxideCuCrO2”,Phys.Rev.B94,024410(2016).
[24]F.Y.Zhang,Q.Miao,G.Tian,Z.X.Lu,L.N.Zhao,H.Fan,X.Song,Z.W.Li,M.Zeng,X.S.Gao,andJ.-M.Liu,“Uniquenano-domainstructuresinself-assembledBiFeO3andPb(Zr,Ti)O3ferroelectricnanocapacitors”,Nanotechnology27,015703(2016).
[25]G.Tian,L.N.Zhao,Z.X.Lu,J.X.Yao,H.Fan,Z.Fan,Z.W.Li,P.L.Li,D.Y.Chen,X.Y.Zhang,M.H.Qin,M.Zeng,Z.Zhang,J.Y.Dai,X.S.Gao,andJ.-M.Liu,“Fabricationofhigh-densityBiFeO3nanodotandanti-nanodotarraysbyanodicaluminatemplate-assistedionbeametching”,Nanotechnology27,485302(2016).
[26]J.Zhou,X.S.Jing,M.Alexe,J.Y.Dai,M.H.Qin,S.J.Wu,M.Zeng,J.W.Gao,X.B.Lu,andJ.-M.Liu,“MicrostructuredefectsmediatedchargetransportinNb-dopedepitaxialBaTiO3thinfilms”,J.Phys.D:Appl.Phys.49,175302(2016).
[27]J.Chen,W.Z.Zhuo,M.H.Qin,S.Dong,M.Zeng,X.B.Lu,X.S.Gao,andJ.-M.Liu,“Effectoffurther-neighborinteractionsonthemagnetizationbehaviorsoftheIsingmodelonatriangularlattice”,J.Phys.:Cond.Matt.75,106516(2016).
[28]W.Z.Zhuo,J.Chen,M.H.Qin,M.Zeng,X.B.Lu,X.S.Gao,andJ.-M.Liu,“Thefractionalmagnetizationplateausofsynthetictriangularheterostructures:MonteCarlosimulation”,Comp.Mater.Sci.115,104-108(2016).
[29]Q.Peng,S.R.Li,B.Han,Q.K.Rong,X.B.Lu,Q.M.Wang,M.Zeng,G.F.Zhou,J.-M.Liu,K.Kempa,andJ.W.Gao,“Colossalfigureofmeritintransparent-conductingmetallicribbonnetworks”,Adv.Mater.Technol.1600095(2016).
2015年
[30]C.A.Wang,H.Z.Pang,A.H.Zhang,X.B.Lu,X.S.Gao,M.Zeng*,J.-M.Liu,RoomtemperaturemultiferroicandmagnetodielectricpropertiesinSmandScco-dopedBiFeO3ceramics,J.Phys.D:Appl.Mater.48,395302(2015).
[31]C.A.Wang,H.Z.Pang,A.H.Zhang,X.B.Lu,X.S.Gao,M.Zeng*,J.-M.Liu,EnhancedferroelectricpolarizationandmagnetizationinBiFe1-xScxO3ceramics,Mater.Res.Bull.,70595(2015).
[32]X.G.Fang,S.X.Lin,A.H.Zhang,X.B.Lu,X.S.Gao,M.Zeng*,J.-M.Liu,EffectofbottomelectrodesonpolarizationswitchingandenergystoragepropertiesinPb0.97La0.02(Zr0.95Ti0.05)O3antiferroelectricthinfilms,Sol.StateCommun.219,39-42(2015).
[33]L.NZhao,Z.X.Lu,F.Y.Zhang,X.Song,Z.W.Li,K.R.Huang,Z.Zhang,M.H.Qin,S.J.Wu,X.B.Lu,M.Zeng,X.S.Gao,J.Y.Dai,J.-M.Liu,CurrentrectifyingandresistiveswitchinginhighdensityBiFeO3nanocapacitorarraysonNb-SrTiO3substrate,Sci.Rep,5,9680(2015).
[34]T.Guo,X.Song,P.L.Li,M.H.Qin,M.Zeng,X.S.GaoandJ.M.Liu,AMonteCarlostudyoftheanisotropyeffectsonthespinstateevolutioninultrathinhelimagnetnanorings,Euro.Phys.Lett.,109,17002(2015).
[35]J.J.Gong,J.P.Chen,F.Zhang,H.Wu,M-H.Qin,M.Zeng,X.S.Gao,andLiuJ-M.Liu,TailoringthestructuralandmagneticpropertiesofCu-dopedZnObyc-axispressure,Chin.Phys.B24,000001(2015).
[36]Z.X.Lu,X.Song,L.N.Zhao,Z.W.Li,Y.B.Lin,M.Zeng,Z.Zhang,X.B.Lu,S.J.Wu,X.S.Gao,Z.B.Yan,andJ.-M.Liu,TemperatureDependenceofFerroelectricityandResistiveSwitchingBehaviorsinEpitaxialBiFeO3ThinFilms,Chin.Phys.B,24,107705(2015).
[37]Y.YShao,Y.Zhang,W.Q.He,C.Liu,T.Minari,S.J.Wu,M.Zeng,Z.Zhang,X.S.Gao,X.B.Lu,J.-M.Liu,Roleofgrowthtemperatureonthefrequencyresponsecharacteristicsofpentacene-basedorganicdevices,Semiconductorscienceandtechnology,30,035005,(2015).
[38]M.Li,J.Zhou,X.S.Jing,M.Zeng,S.J.Wu,J.W.Gao,Z.Zhang,X.S.Gao,X.B.Lu,J.-M.Liu,andMarinAlexe,ControllingResistanceSwitchingPolaritiesofEpitaxialBaTiO3FilmsbyMediationofFerroelectricityandOxygenVacancies,Adv.Electron.Mater.1500069(2015).
[39]W.C.Li,X.Song,J.J.Feng,X.T.Jia,M.Zeng,X.S.Gao,andM.H.Qin,RandomexchangeinteractioneffectsonthephasetransitionsinfrustratedclassicalHeisenbergmodel,J.Appl.Phys.118,013901(2015).
2014年
[40]X.G.Fang,S.X.Lin,M.HQin,X.S.Gao,M.Zeng*,andJ.-M.Liu,Structure,magnetismandspinpolarizationin(Ni1?xCox)2MnGaalloys:Unusualcompositiondependences,Euro.Phys.Lett.,105,47010(2014).
[41]S.X.Lin,X.G.Fang,A.H.Zhang,X.B.Lu,J.W.Gao,X.S.Gao,M.Zeng*,J.-M.Liu,Uniaxialstrain-inducedmagneticordertransitionfromE-typetoA-typeinorthorhombicYMnO3fromfirst-principles,J.Appl.Phys.116,163705(2014).
[42]Q.Miao,M.Zeng,Z.Zhang,X.B.Lu,J.Y.Dai,X.S.Gao,andJ.-M.Liu,Self-assemblednanoscalecapacitorcellsbasedonultrathinBiFeO3films,AppliedPhysicsLetters,104,182903(2014)
[43]Y.B.Lin,Z.B.Yan,X.B.Lu,Z.X.Lu,M.Zeng,Y.Chen,X.S.Gao,J.G.Wan,.Y.Dai,andJ.-M.Liu,Temperature-dependentandpolarization-tunedresistiveswitchinginAu/BiFeO3/SrRuO3junctions,Appl.Phys.Lett.104,143503(2014)
[44]Y.Zhang,Y.Y.Shao,X.B.Lu,M.Zeng,Z.Zhang,X.S.Gao,X.J.Zhang,J.-M.Liu,andJ.Y.Dai,DefectstatesandchargetrappingcharacteristicsofHfO2filmsforhighperformancenonvolatilememoryapplications,Appl.Phys.Lett.105,172902(2014)
[45]M.Li,Y.Zhang,Y.Y.Shao,M.Zeng,Z.Zhang,X.S.Gao,X.B.Lu,J.-M.Liu,andH.Ishiwara,Bi2SiO5DopingConcentrationEffectsontheElectricalPropertiesofSrBi2Ta2O9Films，J.ElectronicMater.43,3625(2014).
[46]F.Zhang,Y.B.Lin,H.Wu,Q.Miao,J.J.Gong,J.P.Chen,S.J.Wu,M.Zeng,X.S.Gao,andJ.-M.Liu,Asymmetricreversiblediode-likeresistiveswitchingbehaviorsinferroelectricBaTiO3thinfilms,Chin.Phys.B23027702(2014)
2013年
[47]R.P.Yang,S.X.Lin,X.G.Fang,X.S.Gao,M.Zeng*,J.-M.Liu,First-principlesstudyonthemagneticpropertiesinMgdopedBiFeO3withandwithoutoxygenvacancies,J.Appl.Phys.114,233912(2013).
[48]L.Y.Zou,R.P.Yang,Y.B.Lin,M.H.Qin,X.S.Gao,M.Zeng*,J.-M.Liu,DielectricandmagneticpropertiesofBiFe1-4x/3TixO3ceramicswithironvacancies:Experimentandfirst-principlesstudies,J.Appl.Phys.114,034105(2013).
[49]Y.J.Guan,Y.B.Lin,L.Y.Zou,Q.M,M.Zeng,Z.W.Liu,X.S.Gao,andJ.-M.Liu,TheeffectsofCo-Tico-dopingonthemagnetic,electrical,andmagnetodielectricbehaviorsofM-typebariumhexaferrites,AIPAdvance3,122115(2013)
[50]X.M.Chen,Y.H.Zou,G.L.Yuan,M.Zeng,J.-M.Liu,J.Yin,andZ.G.LiuTemperatureGradientIntroducedFerroelectricSelf-PolinginBiFeO3Ceramics,J.Am.Ceram.Soc.96,3788(2013)
[51]J.P.Chen,Z.Q.Wang,J.J.Gong,M.H.Qin,M.Zeng,X.S.Gao,andJ.-M.Liu,Stripe-vortextransitionsinultrathinmagneticnanostructures,J.Appl.Phys.113,054312(2013).
[52]H.Wu,Y.B.Lin,F.Zhang,J.J.Gong,Z.Yang,M.Zeng,M.H.Qin,Z.Zhang,Q.Ru,Z.W.Liu,X.S.Gao,J.-M.Liu,SignificantenhancementsofdielectricandmagneticpropertiesinBi(Fe1-xMgx)O3-x/2inducedbyoxygenvacancies,J.Phys.DAppl.Phys.46,145001(2013).
2012年以前
[53]M.Zeng*,J.Liu,Y.B.Qin,H.XYang,J.Q.Li,andJ.YDai.DielectrictunabilityandmagnetoelectriccouplinginLuFe2O4epitaxialthinfilmdepositedbypulsed-laserdeposition,ThinSolidFilms520,6446(2012).
[54]L.H.Zhang,K.Pei,M.D.Yu,Y.L.Huang,H.B.Zhao,M.Zeng,Y.Wang,andJ.W.Gao,TheoreticalInvestigationsonDonor–AcceptorConjugatedCopolymersBasedonNaphtho1,2-c:5,6-c]bis[1,2,5]thiadiazoleforOrganicSolarCellApplications,J.Phys.Chem.C116,26154(2012).
[55]M.H.Qin,Y.M.Tao,M.Zeng,X.S.Gao,S.J.Wu,S.Dong,andJ.-M.Liu,MultiferroicPhaseCompetitionsinPerovskiteManganiteThinFilms,Appl.Phys.Lett.100,052410(2012).
[56]M.H.Qin,Y.M.Tao,S.Dong,M.Zeng,S.J.Wu,H.B.Zhao,X.S.Gao,andJ.-M.Liu,Multiferroicpropertiesinorthorhombicperovskitemanganites:MonteCarlosimulation.J.Appl.Phys.111,053907(2012).
[57]M.Zeng,S.W.Or,HLWChan,GiantresonancefrequencytunablemagnetoelectriceffectinadeviceofPZTdrumtransducer,NdFeBandFe-coresolenoid,Appl.Phys.Lett.96,203502(2010).
[58]M.Zeng,S.W.Or,HLWChan,EffectofphasetransformationontheconversemagnetoelectricpropertiesofheterostructureofNi-Mn-GaandPMN-PTsinglecrystals,Appl.Phys.Lett.96,182503(2010).
[59]M.Zeng,S.W.Or,HLWChan,First-principlesstudyontheelectronicandopticalpropertiesofNa0.5Bi0.5TiO3lead-freepiezoelectriccrystal,J.Appl.Phys.107,043513(2010).
[60]M.Zeng,S.W.Or,HLWChan,Largemagnetoelectriceffectfrommechanicallymediatedmagneticfield-inducedstraineffectinNi-Mn-GasinglecrystalandpiezoelectriceffectinPVDFpolymer,J.AlloyCompd.490,L5-L8(2010).
[61]M.Zeng,S.W.Or,HLWChan,UltrahighanisotropicdampinginferromagneticshapememoryNi–Mn–Gasinglecrystal,J.AlloyCompd.493,565-568(2010).
[62]M.Zeng,S.W.Or,HLWChan,AnisotropyoftheelectricaltransportpropertiesinaNi2MnGasinglecrystal:ExperimentandTheory,J.Appl.Phys.107,083713(2010).
[63]M.Zeng,S.W.Or,HLWChan,DC-andac-magneticfield-inducedstraineffectsinferromagneticshapememorycompositesofNi-Mn-Gasinglecrystalandpolyurethanepolymer,J.Appl.Phys.107,09A942(2010).
[64]M.Zeng,S.W.Or,HLWChan,Giantmagnetoelectriceffectinmagnet–cymbal–solenoidcurrent-to-voltageconversiondevice,J.Appl.Phys.107,074509(2010).
[65]M.Zeng,S.W.Or,HLWChan,MagneticfieldinducedstrainandmagnetoelectricsinNi-Mn-GasinglecrystalandpiezoelectricPVDFpolymersandwich,IEEETUltrason.FERR57,2147(2010).
[66]M.Zeng,S.W.Or,HLWChan,Largetwin-variantsreorientation-inducedmagnetoresistanceeffectinaNi-Mn-Gasinglecrystal,J.Appl.Phys.108,053716(2010).
[67]J.-MLiu,F.Gao,G.L.Yuan,Y.Wang,M.Zeng,J.G.Wan,FerroelectricandmagnetoelectricbehaviorsofmultiferroicBiFeO3andpiezoelectric-magnetostrictivecomposites,J.Electroceram.21.78(2008).
[68]X.P.Jiang,M.Zeng,K.W.Kowk,HLWChan,DielectricandferroelectricpropertiesofBi-dopedBaTiO3ceramics,AdvancesinCompositeMaterialsandStructures(KeyEngineeringMaterials),334,977(2007).
[69]X.P.Jiang,L.Z.Li,M.Zeng,HLWChan,DielectricpropertiesofMn-doped(Na0.8K0.2)0.5Bi0.5TiO3ceramics,Mater.Lett.60,1786(2006).
[70]X.P.Jiang,W.P.Chen,Z.Peng,M.Zeng,HLWChan,C.L.Choy,Q.R.Yin,Effectsofelectrolysisofwateronthepropertiesofsoftleadzirconatetitanatepiezoelectricceramics,Ceram.Int.32,583(2006).
[71]X.P.Jiang,M.Zeng,HLWChan,RelaxorbehaviorsandtunabilityinBaZr0.3Ti0.65O3ceramics,Mat.Sci.Eng.A-Struct.438,198(2006).
[72]H.Yu,M.Zeng,Y.Wang,J.G.Wan,J.-M.Liu,Magnetoelectricresonance-bandwidthbroadeningofterfenol-D/epoxyPb(Zr,Ti)O3bilayersinparallelandseriesconnections,Appl.Phys.Lett.86,032508(2005).
[73]Y.Wang,H.Yu,M.Zeng,J.G.Wan,M.F.Zhang,J.-M.Liu,C.W.Nan,Numericalmodelingofthemagnetoelectriceffectinmagnetostrictivepiezoelectricbilayers,Appl.Phys.A-Mater.81,1197(2005).
[74]J.G.Wan,X.W.Wang,Y.J.Wu,M.Zeng,Y.Wang,H.Jiang,W.Q.Zhou,G.H.Wang,J.-M.Liu,MagnetoelectricCoFe2O4-Pb(Zr,Ti)O3compositethinfilmsderivedbyasol-gelprocess,Appl.Phys.Lett.86,122501(2005).
[75]J.G.Wan,Z.Y.Li,Y.Wang,M.Zeng,G.H.Wang,J.-M.Liu,StrongflexuralresonantmagnetoelectriceffectinTerfenol-D/epoxy-Pb(Zr,Ti)O3bilayer,Appl.Phys.Lett.86,202504(2005).
[76]K.F.Wang,Q,Xiao,H.Yu,M.Zeng,M.F.Zhang,J.-M.Liu,Magneto-transportandspecificheatbehaviorofCd-dopedLa0.5Ca0.5MnO3J.Magn.Magn.Mater.285,130(2005).
[77]X.P.Jiang,W.P.Chen,Z.Peng,M.Zeng,WLHChan,Q.R.Yin,Water-induceddegradationinleadzincniobate-leadzirconatetitanatesoftpiezoelectricceramics,Chin.Phys.Lett.22,1239(2005).
[78]S.Q.Ren,L.Q.Weng,S.H.Song,F.Li,J.G.Wan,M.Zeng,BaTiO3/CoFe2O4particulatecompositeswithlargehighfrequencymagnetoelectricresponse,J.Mater.Sci.40,4375(2005).
[79]M.Zeng,J.G.Wan,Y.Wang,H.Yu,J.-M.Liu,X.P.Jiang,C.W.Nan,Resonancemagnetoelectriceffectinbulkcompositesofleadzirconatetitanateandnickelferrite,J.Appl.Phys.95,8069(2004).
[80]Y.X.Liu,M.Zeng,Y.Wang,J.G.Wan,X.P.Jiang,J.-M.Liu,Numericalmodelingofmagnetoelectriceffectinanovelcompositestructure,Ceram.Inter.30,1999(2004).