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个人简介

教育经历 2011.10-2014-10博士香港理工大学,应用物理系 2005.9-2008.7硕士电子科技大学,微电子与固体电子学院 2001.9-2005.7本科电子科技大学,微电子与固体电子学院 工作经历 2016.03-2017.07香港理工大学,应用物理学系,博士后 2015.11至今四川师范大学,化学与材料科学学院,副研究员 2014.10-2015.11香港理工大学,应用物理系研究助理

研究领域

基于二维材料制备、表征及其光电器件的研究 基于二维材料光与功能材料(半导体、铁电、铁磁)异质结的研究

科研项目 (1)国家自然科学基金(青年项目),二维硒化镓与铁电异质结的构筑及其电输运性能研究,No.61604100,经费:20万,2017.01-2019.12,项目负责人 (2)留学人员科技活动择优资助项目,主持,经费:3万,2016.12-2017.12,项目负责人 主要研究成果 1.二维材料制备与表征及其光电器件研究: 二维GaSe二维InSe 2.二维材料与其他功能材料(半导体、铁电、铁磁)异质结研究

近期论文

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1.Y.Zhang,W.J.Jie,P.Chen,W.W.Liu,andJ,H.Hao,"Ferroelectricandpiezoelectriceffectsontheopticalprocessinadvancedmaterialsanddevices",Adv.Mater.,DOI:10.1002/adma.201707007(2018).(SCI一区,影响因子19.79) 2.W.J.Jie,ZYang,GBai,JHao,“Luminescencein2DMaterialsandvanderWaalsHeterostructures”,Adv.Opt.Mater.,DOI:10.1002/adom.201701296(2018).(SCI一区,影响因子6.88) 3.G.Bai,Z.Yang,H.Lin,W.J.Jie,andJ.H.Hao,“LanthanideYb/ErCo-DopedSemiconductorLayeredWSe2NanosheetswithNear-InfraredLuminescenceinTelecommunicationWavelength”Nanoscale,DOI:10.1039/C8NR01139G(2018)(SCI一区,影响因子7.76) 4.W.J.JieandJ.H.Hao,“Time-dependenttransportcharacteristicsofgraphenetunedbyferroelectricpolarizationandinterfacechargetrapping”,Nanoscale10(1),328-335(2018).(SCI一区,影响因子7.76) 5.W.J.Jie,Z.B.Yang,F.Zhang,G.X.Bai,C.W.Leung,andJ.H.Hao,"Observationofroom-temperaturemagnetoresistanceinmonolayerMoS2byferromagneticgating",ACSNano11,6950(2017).(SCI一区,影响因子13.94) 6.ZhibinYang,W.J.Jie,Chun-HinMak,ShenghuangLin,HuihongLin,XianfengYang,FengYan,ShuPingLau,andJianhuaHao,"Wafer-scalesynthesisofhigh-qualitysemiconductingtwo-dimensionallayeredInSewithbroadbandphotoresponse",ACSNano11,4225(2017).(SCI一区,影响因子13.94) 7.W.J.JieandJ.H.Hao,“Two-dimensionallayeredgalliumselenide:Preparation,propertiesandapplications”,《Advanced2DMaterials》,Chapter1.WILEY出版社,2016年出版 8.W.J.Jie,X.Chen,D.Li,L.Xie,Y.Y.Hui,S.P.Lau,X.D.Cui,andJ.H.Hao,"Layer-DependentNonlinearOpticalPropertiesandStabilityofNon-CentrosymmetricModificationinFew-LayerGaSeSheets",Angew.Chem.Int.Ed.,54(4),1185-1189(2015).(SCI一区,影响因子11.99) 9.W.J.JieandJ.H.Hao,“Graphene-basedhybridstructurescombinedwithfunctionalmaterialsofferroelectricsandsemiconductors”,Nanoscale,6(12),6346-6362(2014).Coverarticle 10.W.J.Jie,F.Zheng,andJ.Hao,“Graphene/galliumarsenide-basedSchottkyjunctionsolarcells”,Appl.Phys.Lett.,103,233111(2013). 11.W.J.Jie,Y.Y.Hui,N.Y.Chan,Y.Zhang,S.P.Lau,andJ.H.Hao,“EffectsofcontrollablebiaxialstrainontheRamanspectraofCVD-grownmonolayergraphene”,Appl.Phys.Lett.,102,223112(2013). 12.W.J.Jie,Y.Y.Hui,N.Y.Chan,Y.Zhang,S.P.Lau,andJ.H.Hao,“Ferroelectricpolarizationeffectsonthetransportpropertiesofgraphene/PMN-PTfieldeffecttransistors”,J.Phys.Chem.C,117,13747–13752(2013). 13.W.J.Jie,Y.Zhang,“Effectsofbottomelectrodesondielectricpropertiesofepitaxial2%MndopedBa(Zr0.2Ti0.8)O3thinfilms”,J.Mater.Sci.:Mater.Electron.21(2),149-152(2010). 14.W.J.Jie,J.Zhu,W.F.Qin,X.H.Wei,J.Xiong,Y.Zhang,A.Bhalla,Y.R.Li,“Enhanceddielectriccharacteristicsofpreferential(111)-orientedBZTthinfilmsbymanganesedoping”,J.Phys.D:Appl.Phys.40,2854-2857(2007). 15.L.Chen,M.C.Wong,G.X.Bai,W.J.Jie,J.H.Hao,“Whiteandgreenlightemissionsofflexiblepolymercompositesunderelectricfieldandmultiplestrains”,NanoEnergy,14,372-381(2015).(SCI一区,影响因子12.34) 16.X.H.Wei,W.J.Jie,Z.B.Yang,F.G.Zheng,H.Z.Zeng,Y.Liu,J.H.Hao,“ColossalpermittivitypropertiesofZn,Nbco-dopedTiO2withdifferentphasestructures”,JournalofMaterialsChemistryC,3,11005-11010(2015).(SCI一区,影响因子5.26) 17.G.X.Bai,W.J.Jie,Z.B.Yang,J.H.Hao,“Temperaturedependenceofbroadbandnear-infraredluminescencefromNi2+-dopedBa0.5Sr0.5TiO3”,J.Appl.Phys.,118,183110(2015) 18.Y.D.Zhao,Z.J.Liu,T.Y.Sun,L.Zhang,W.J.Jie,X.S.Wang,Y.Z.Xie,Y.H.Tsang,H.Long,Y.Chai,“MassTransportMechanismofCuSpeciesattheMetal/DielectricInterfaceswithaGrapheneBarrier”,ACSNano,8(12),12601-12611(2014). 19.Y.Y.Hui,X.Liu,W.J.Jie,N.Y.Chan,J.H.Hao,Y.-T.Hsu,L.-J.Li,W.Guo,andS.P.Lau,“ExceptionaltunabilityofbandenergyinacompressivelystrainedtrilayerMoS2sheet”,ACSNano,7,7126–7131(2013). 20.Y.Zhao,Y.Xie,Y.Y.Hui,L.Tang,W.J.Jie,Y.Jiang,L.Xu,S.P.Lau,Y.Chai,“Highlyimpermeableandtransparentgrapheneasanultra-thinprotectionbarrierforAgthinfilms”J.Mater.Chem.C1(32),4956-4961(2013).

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