翟晓芳 - 上海科技大学 - 物质科学与技术学院

个人简介

1997-2002中国科学技术大学物理系，获学士学位 2002-2008美国伊利诺伊大学厄巴纳-香槟分校（UIUC）物理系，获博士学位 2008-2009美国加州大学伯克利分校（UC-Berkeley）材料系，博士后 2010-2019中国科学技术大学微尺度物质科学国家研究中心，副研究员 2019年9月加入上海科技大学物质学院担任副教授

研究领域

磁性新材料的研究非常重要，不仅是发展自旋电子学器件的基础，也是突破已有材料和器件功能壁垒的关键。我们主要通过激光分子束外延，操纵单个原子层的堆叠“lego”结构，在单原子基础上开发新材料，研究新型物理机制和结构作用下，包括（1）强自旋轨道耦合；（2）二维单原子层；（3）电荷及自旋有序性等，磁性材料的物性表现和深层原理，探索具有超小尺寸、超快响应等迫切需求的新型磁性材料及器件

近期论文

查看导师新发文章（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）

D.Meng,H.Guo,Z.Cui,C.Ma,J.Zhao,J.Lu,H.Xu,Z.Wang,X.Hu,Z.Fu,R.Peng,J.Guo,X.Zhai*,G.Brown,R,Knize,Y,Lu,*“Strain-inducedhigh-temperatureperovskiteferromagneticinsulator”,Proc.Natl.Acad.Sci.USA115(12),2873-2877(2018). X.Zhai*,L.Cheng,Y.Liu*,C.M.Schlepütz,S.Dong*,H.Li,X.Zhang,S.Chu,Li.Zheng,J.Zhang,A.Zhao,H.Hong,A.Bhattacharya,J.N.Eckstein,C.Zeng,“Correlatinginterfacialoctahedralrotationswithmagnetismin(LaMnO3+δ)N/(SrTiO3)Nsuperlattices”,NatureCommun.5,4283(2014). X.Zhai,C.Mohapatra,A.B.Shah,J.G.Wen,A.Bhattacharya,J.M.Zuo,andJ.N.Eckstein,“Newopticalabsorptionbandsinatomiclayersuperlattices”,Adv.Mater.22,1136(2010) X.Zhai,A.J.Grutter,Y.Yun,Z.Cui,andY.Lu,“WeakmagnetismofAurivillius-typemultiferroicthinfilmsprobedbypolarizedneutronreflectivity”,Phys.Rev.Mater.2,044405(2018). Q.Feng,D.Meng,H.Zhou,G.Liang,Z.Cui,H.Huang,J.Wang,J.Guo,C.Ma,X.Zhai*,Q.Lu*,andY.Lu*,“Directimagingrevealinghalvedferromagnetismintensile-strainedLaCoO3thinfilms”,Phys.Rev.Mater.3,074406(2019). H.Xu,X.Zhai*,Z.Wang,Z.Cui,Z.Fu,Y.Lu*,“Anepitaxialsynapticdevicemadebyaband-offsetBaTiO3/Sr2IrO4bilayerwithhighenduranceandlongretention”,Appl.Phys.Lett.,114,102904(2019). D.Meng,X.Zhai*,C.Ma,H.Huang,Y.Yun,Y.Huang,Z.Fu,R.Peng,X.Mao,X.Chen,G.Brown,Y.Lu,“Self-modulatednanostructuresinsuper-large-periodBi11(Fe5CoTi3)10/9O33epitaxialthinfilms”,Appl.Phys.Lett.106,212906(2015). Y.Yun,C.Ma.X.Zhai*,H.Huang,D.Meng,J.Wang,Z.Fu,R.Peng,G.J.Brown,andY.Lu*,“Interfaceengineeringinepitaxialgrowthoflayeredoxidesviaaconductinglayerinsertion”Appl.Phys.Lett.107,011602(2015). L.Li,H.Li,X.Zhai*,C.Zeng*,“FabricationandMagneticPropertiesofSingle-CrystallineLa0.33Pr0.34Ca0.33MnO3/MgOnanowires”,Appl.Phys.Lett.,103,113101(2013)(Sep.9thissuecover) Y.Yun,X.Zhai*,C.Ma,H.Huang,D.Meng,Z.Cui,J.Wang,Z.Fu,R.Peng,GailJ.BrownandY.Lu*,“Growthofsingle-crystallineBi6FeCoTi3O18thinfilmsandtheirmagnetic–ferroelectricproperties”,Appl.Phys.Express8,054001(2015) X.Zhai*,C.Mohapatra,A.B.Shah,J.-M.Zuo,J.N.Eckstein,“Magneticpropertiesofatomiclayersuperlatticesof(SrTiO3)N/(LaMnO3)N”,J.Appl.Phys.113,173913(2013) Z.Wang,X.Zhai*,Z.Fu,andY.Lu,“TuningLaAlO3latticestructurebygrowthrateatthepicometerscaleinLaAlO3/SrTiO3heterostructures”,J.Appl.Phys.124,125305(2018). X.Zhai*,Y.Yun,D.Meng,Z.Cui,H.Huang,J.Wang,Y.Lu,*“ResearchprogressofmultiferroicityinBi-layeredoxidesingle-crystallinethinfilms”,Acta.Phys.Sin.67,157702(2018). H.Cao,Y.Liu,G.Liang,A.Zhao,X.Zhai*,“UnravelinginterfacialstrainandinterfaciallatticereconstructionmechanismofultrathinLaMnO3+δlayersinLaMnO3+δ/SrTiO3superlattices”,J.Appl.Phys.122,085309(2017). D.Meng,S.Tao,H.Huang,J.Wang,Y.Yun,R.Peng,Z.Fu,L.Zheng,S.Chu,W.Chu,X.Zhai*,G.Brown,R.Knize,andY.Lu*,“Discerninglatticeandelectronicstructuresinunder-andover-dopedmultiferroicAurivilliusfilms”,J.Appl.Phys.121,114107(2017). Z.Cui,H.Xu,Y.Yun,J.Guo,Yi-DeChuang,H.Huang,D.Meng,J.Wang,Z.Fu,R.Peng,R.J.Knize,G.J.Brown,X.Zhai*,andY.Lu*,“SoftX-rayabsorptionspectroscopyinvestigationsofBi6FeCoTi3O18andLaBi5FeCoTi3O18epitaxialthinfilms”,J.Appl.Phys.120,084101(2016). L.Li,X.Zhang,L.Li,X.Zhai*,andC.Zeng*,“MagnetoresistanceofSingle-CrystallineLa0.67Sr0.33MnO3/MgONanorodArrays”,SolidStateCommun.,117,46-49(2013)