导师信息#北京航空航天大学物理科学与核能工程学院凝聚态物理导师介绍#崔益民

导师详细信息

姓名：崔益民

性别：男

出生年份：1970

职称：教授

院系：物理科学与核能工程学院

首次聘任导师时间：2015

现聘任导师一级学科名称：物理学

现聘任导师二级学科名称：凝聚态物理

聘任在第二学科培养博士生专业名称：无

聘任在自主设置学科培养博士生专业名称：无

主要研究方向及特色：表面界面物理特性 ，薄膜物理
，材料物理

电子信箱：cuiym@bubb.edu.cn

办公电话：82317935

办公地点：北航主楼主225

通信地址：北京航空航天大学物理系

个人简介：

崔益民，1994年毕业于合肥工业大学材料科学与工程系 ，获学士学位；2003年在中国科学院等离子体物理研究所获博士学位；2003年进入清华大学物理系从事博士后研究工作；2005年来北京航空航天大学物理系工作 。近年来，主要从事等氧化物功能薄膜的制备和物性研究
。负责和参加国家自然科学基金 、国家科技支撑计划
、“973”、“863 ”等课题10余项。在Appl.Phys.Lett.
，ACSAppl.-Mater.-Interfaces等刊物发表SCI论文50余篇，申请国家发明专利10项 ，已授权发明专利7项 。

以下是近年来的主要论文：

2005

[1]YiminCui,C.CWang,G.LXie,etal,“TbMnO3EpitaxialThinFilmsbyPulsed-LaserDeposition
”,Solid.State.Commun.133,641(2005).

[2]YiminCui,L.WZhang
，C.CWang,etal,“StrainassistedtunnelingcurrentthroughTbMnO3/Nb-1wt%-dopedSrTiO3p-njunctions”,Appl.Phys.Lett.86,203501(2005).

[3]C.CWang,YiminCui,L.WZhang，etal,“PhaseseparationinLa2CuO4+yceramicsprobedbydielectricmeasurements ”,Phys.Rew.B..72,064513(2005).

2006

[4]YiminCui,WCai,YLI,etal,“Microstructure-dependentdielectricpropertiesofTbMnO3inAu/TbMnO3/YBa2Cu3O7-xcapacitors”,J.Appl.Phys.100,034101(2006).

[5]YiminCui,L.WZhang ，C.CWang,etal,“HydrogenannealingeffectsonpolycrystallineLa0.67Ba0.33MnO3compound
”,J.Magn.Magn.Mater.297(2006)21

[6]YiminCui,L.WZhang
，R.MWang,etal,“MagneticandtransportandDielectricPropertiesofPolycrystallineTbMnO3”,Solid.State.Commun.138,481(2006).

[7]YiminCui,L.WZhang,R.MWang,etal,“DielectricpropertiesofpolycrystallineMgB2 ”,PhysicaC.442(2006)29.

[8]ZhiyuanYao，L.W.Zhang,Yimin.Cui,“EffectsofthesurfacelayerofLa2/3Ca1/3MnO3thinfilms
”,Solid.State.Commun.139,465(2006).

[9]C.C.Wang,Y.J.Yan,L.W.Zhang,Yimin.Cui,etal,“Maxwell–WagnerrelaxationinCaCu3Ti4O12/Agcomposites”,ScriptaMaterialia,54(2006)1501–1504.

2007

[10]YiminCui,R.MWang,etal,“EffectofcationadditionondielectricpropertiesofTbMnO3 ” ，PhysicaB.392
，147(2007).

[11]YiminCui,R.MWang，“InvestigationofmetalcontactstoNb-1.0wt.%-dopedSrTiO3
” ，Mater.Sci.Eng.B
，138(2007)214.164ZQ

[12]C.CWang,YiminCui,L.WZhang，“DielectricpropertiesofTbMnO3ceramics” ，Appl.Phys.Lett.90(2007)012904.

[13]YiminCui,L.WZhang,R.MWang,etal,“Quenching-PromotedAnomalousElectromagneticBehaviorsofPolycrystallineLa0.67Ba0.33MnO3compoundbyHydrogenAnnealing ”,J.Alloys.Compd.428(2007),40-43.

[14]YiminCui,“SchottkybehavioratAg/Nb-1.0wt.%-dopedSrTiO3interface
”，PhysicaB.399(2007)47.

[15]C.CWang,W.Liu,YiminCui,L.WZhang
，“Effectofsinteringtemperatureonmagneto-transportpropertiesofLa0.67Ba0.33MnO3/Ba0.7Sr0.3TiO3composites”，MaterResBull,42(2007)633.

[16]JinFang,YiminCui,YongZhang,MingQiu ，“RectifyingpropertiesoftheLa2CuO4/Nb-0.7wt%-dopedSrTiO3heterojunction ”
，PhysicaC，458(2007)51.

[17]JinFang ，Yimin.Cui*,“MagneticandtransportpropertiesofsamplesoftheapproximatecompositionLa0.9Ba0.1MnO3withdifferentcationdeficiencies
”J.Alloys.Compd.432(2007)15.

[18]YiminCui,R.MWang
，“BackwardrectifyingandforwardSchottkybehavioratAu/Nb-1.0wt%-dopedSrTiO3interface”Appl.Phys.Lett.91(2007)233513.238MA

2008

[19]YiminCui,RongmingWang，LiuwanZhang,“DelaminationandmagnetismsofteningofpolycrystallineLa0.9Ba0.1MnO3 ”J.Appl.Phys.103(2008)073907.289GO

[20]YiminCui,LiuwanZhang,RongmingWang ，GuanlinXie,“thickness-dependentrectifyingbehaviorinheterojunctionsofTbMnO3/Nb-1.0wt%-dopedSrTiO3”
，ThinSolidFilms.516(2008)2292.272PQ

[21]YiminCui,“DecreaseoflossindielectricpropertiesofTbMnO3byaddingTiO2
”PhysicaB.403(2008)2963.354GI

[22]YiminCui,“AbnormalrectifyingbehaviorofIn/SrTiO3/SrTiO3:Nbcapacitor”Solid.State.Commun.147,350(2008).343IH

[23]J.Q.Qian，YiminCui ，P.Xu
，“Thestudyformeasuringrotorspeedanddirectionwithquadrantphotoelectricdetector ”，Measurement ，41,626（2008）.316WU

2009

[24]YiminCui,RongmingWang，“Superposedforwardcurrent-voltagecharacteristicsinTbMnO3/n-SiandTbMnO3/p-Siheterostructures
”
，ThinSolidFilms.517(2009)5872.467GB

2010

[25]YiminCui,RongmingWang,“Thechangesofcapacitance-lossandcurrent-voltagecharacteristicsofLaMnO3+δ/SrTiO3:Nbheterojunctionsexposedtoambientair”，Phys.Lett.A.374(2010)625–627.555CO

[26]YiminCui,ShengYin,DandanWang,GuozhongXing,SengHweeLeng,andRongmingWang,“ElectricalcharacteristicsofAuandAgSchottkycontactsonNb-1.0wt.%-dopedSrTiO3 ”,J.Appl.Phys.108(2010)104506.690KZ

[27]PengweiLi,YiminCui,GavinBehan,HongzhouZhangandRongmingWang ，“Roomtemperaturesynthesisandone-dimensionalself-assemblyofinterlacedNinanodiscsundermagneticfield
”,J.Phys.D:Appl.Phys.43(2010)275002.

[28]PengweiLi,WeimengChen,WeiLiu,Zi’anLi,YiminCui,AnpingHuang,RongmingWang,andChinpingChen,“ThermodynamicPhaseFormationofMorphologyandSizeControlledNiNanochainsbyTemperatureandMagneticField”,J.Phys.Chem.C,2010,114(17),pp7721–7726
，588FO.

[29]HuLuo,RanJing,YiminCui,HailongWang,RongmingWang,“Improvementoffabricationprecisionoffocusedionbeambyintroducingsimultaneouselectronbeam ”,ProgressinNaturalScience:MaterialsInternational,20(2010)111.

2011

[30]YiminCui,YufengTian,WeiLiu,YongfengLi,RongmingWang,andTomWu,“Interface-dependentrectifyingTbMnO3-basedheterojunctions
”,AIPAdvances1,042129(2011).916ZG

[31]YiminCui,WeiLiu,HuiPan“Nonlinearcurrent-voltagecharacteristicsoriginatedfromphasesegregationandmicro-cracksinpolycrystallineLa0.67Ba0.33MnO3”，J.RareEarths,29(2011)716.

[32]HuiPan,YiminCui,HailongWang,RongmingWang,“Spin-polarizedAndreevreflectionandspinaccumulationinaquantum-dotAharonov-Bohminterferometerwithspin-orbitinteractioneffects ”,J.Appl.Phys.110(2011)033706.

2012

[33]YiminCui,YufengTian,AixianShan,ChinpingChen,RongmingWang ，“MagneticanisotropyandanomaloustransitionsinTbMnO3thinfilms
”
，Appl.Phys.Lett.101(2012)122406.

[34]Y.M.Cui,J.X.Xu,H.Pan,R.M.Wang,“TemperatureindependentleakagecurrentinAu/TbMnO3/YBa2Cu3O7-xcapacitors”,Solid.State.Commun.152,123(2012).889MJ

[35]CongLu,YiminCui*,“DielectriccharacteristicsofcationdeficientTbMnO3 ”,PhysicaB,407(2012)3856–3860.

[36]C.Chen,K.B.Xu,Y.M.Cui,C.C.Wang,“PolaronicrelaxationinLaFeO3”,MaterialsLetters89(2012)153–155.

[37]HuLuo,HailongWang,YiminCui,RongmingWang,“Focusedionbeambuilt-uponscanningelectronmicroscopywithincreasedmillingprecision
”,SCIENCECHINAPhysics,Mechanics&Astronomy,55,625-630(2012).

[38]K.B.Xu,C.C.Wang,M.N.Zhang,G.J.Wang,Y.M.Cui,“PolaronicrelaxationinLa0.8Bi0.2Fe0.7Mn0.3O3”,MaterialsChemistryandPhysics,134(2012)499–502.

[39]X.H.Sun,C.C.Wang,G.J.Wang,C.M.Lei,T.Li,J.Y.Mei,Y.M.Cui,“RelationshipbetweenthedielectricpropertiesandtheconductivityofBa2FeNbO6 ”,J.Electroceram29(2012)187–191.

2013

[40]YiminCui,HaiyangPeng,ShuxiangWu,RongmingWang,TomWu,“Complementarychargetrappingandionicmigrationinresistiveswitchingofrare-earthmanganiteTbMnO3
”,ACSAppliedMaterials&Interfaces,5(2013)1213-1217.

[41]YiminCui,WeiLiu,RongmingWang,“VisiblelightinitiatedandcollapsedresistiveswitchinginTbMnO3/Nb:SrTiO3heterojunctions”,PhysicalChemistryChemicalPhysics,(2013).2013,15(18),6804–6808.

[42]JianxunXu,YiminCui*,“DielectriccharacteristicsofGadopedTbMnO3 ”,Mater.Sci.Eng.B，178(2013)316-320.

[43]ShuaiZhong,YiminCui*,“Metalandannealingatmospheresdependenceofresistiveswitchinginmetal/Nb0.7wt%-SrTiO3interfaces
”,CurrentAppl.Phys.13(5),(2013)913-918.

[44]YiminCui,YunlongWu,“ActivationlesspercolatingtransportofchargecarriersinTbMnO3filmsatlowtemperaturewithlowelectricfield”,J.RareEarths,31(2),149-152(2013)

[45]PeikaiZhang,YiminCui*,“SiOxnanostructuresgrownunderatmosphericpressure ”,CrystEngComm,15(46)(2013)9963–9967.

[46]HaifengFeng,WeichangHao,ChangzhengZhao,XiandongXin,JinyangCheng,YiminCui,YanChen,andWenjunWang,“FabricationandUV-sensingpropertiesofone-dimensionalb-Ga2O3nanomaterials
”,Phys.StatusSolidiA210,9,1861–1865(2013).

2014

[47]CongLu,YiminCui*,“DielectriccharacteristicsofSi-addedandSi-dopedTbMnO3”,PhysicaB,432(2014)58–63.

[48]JianxunXu,YiminCui*,HuaizheXu,“ImprovementsofdielectricpropertiesofFedopedTbMnO3 ”,CeramicInter.40(2014)12193-12198.

[49]ShuaiZhong,SibinDuan,YiminCui*,“ElectrodedependenceofresistiveswitchinginAu/Ni–Aunanoparticledevices
”,RSCAdvances.4,(2014)40924.

[50]PeikaiZhang,YiminCui*,“SynthesisandPropertiesofSingleCrystalTbMn2O5Nanostructures”,RSCAdvances,4(102),(2014)58337-58341.

[51]Q.J.Li,S.Q.Xia,X.Y.Wang,W.Xia,Y.Yu,Y.M.Cui,J.Zhang,J.Zheng,C.Cheng,Y.D.Li,H.Wang,S.G.Huang,C.C.Wang,“ThecolossaldielectricpropertiesofFeNbO ”J.Alloys.Compd.616(2014)577–580.