胡贵超 - 山东师范大学 - 物理与电子科学学院

个人简介

个人简历胡贵超,男，1980年6月出生，博士，教授，凝聚态物理专业硕士生导师，理论物理教研室主任。1999年进入山东大学物理学院学习，2003年获学士学位，2008年获凝聚态物理专业博士学位（硕博连读），2008年9月进入山东师范大学物理与微电子科学学院工作。2012年2月-2012年7月及2016年5月-2017年3月，德国德累斯顿工业大学理论物理研究所访问学者，获德国德累斯顿工业大学优秀青年学者奖学金（DRESDENJuniorFellowship），2014年2月-2016年11月，美国密苏里大学物理系访问学者。长期从事分子自旋电子学及有机自旋电子学相关理论研究，在Phys.Rev.B、Appl.Phys.Lett.等国际权威TOP期刊发表SCI收录论文七十余篇，受邀撰写综述论文1篇，参编英文专著1章。主持并完成国家自然科学基金2项，省部级项目多项，获山东省高等学校优秀科研成果奖一等奖和三等奖(第一位)。2013年入选首批“山东师范大学优秀青年骨干教师国际合作培养（学科带头人培育）计划”。山东师范大学优秀硕士学位论文指导教师。指导博士研究生硕士研究生8名，5人获国家奖学金。招生方向硕士研究生招生专业：凝聚态物理科研项目胡贵超主持的科研项目 1.国家自然科学基金科学部主任基金，有机器件中的自旋极化输运研究，5万，（2009.1-2009.12） 2.国家自然科学基金青年基金，有机磁性分子器件能态、自旋极化输运及功能性研究，20万，（2010.1-2012.12） 3.山东省中青年科学家科研奖励基金，有机自旋器件磁电阻特性研究，5万，（2009.12-2012.11） 4.中国博士后科学基金，铁磁/有机/铁磁器件中的磁电阻现象研究，2万，（2009.5-2011.5） 5.山东省博士后创新项目，有机器件磁电阻效应及其机理研究，2万，（2009.5-2011.5） 6.山东省自然科学基金面上项目，有机/铁磁界面极化反转及相关磁电阻效应研究，13万，（2014.12-2017.12）荣誉奖励 1.2016年德国德累斯顿工业大学DresdenJuniorFellowship 2.2015年OrganicElectronics期刊杰出审稿人（OutstandingReviewer） 2.2015年获山东省高等学校优秀科研成果奖一等奖（第一位） 3.2009年获山东省高等学校优秀科研成果奖三等奖（第一位） 4.2013年入选首批“山东师范大学优秀青年骨干教师国际合作培养（学科带头人培育）计划” 5.2017年山东师范大学优秀硕士学位论文指导教师其他 INTERNATIONALCONFERENCESANDTALKS 1.“OscillatingSpinHallEffectinOrganicChainsviaPolaronTransport”(Poster),August13,2018,Halle,Germany 2.“Spin-dependenttransportandfunctionaldesigninorganicferromagneticdevices”(Oral),February10,2017,TechnischenUniversitätDarmstadt,Darmstadt,Germany 3.“Multi-statemagnetoresistanceinferromagnet/organic-ferromagnet/ferromagnetjunctions”(Poster),APSMarchMeeting2016,May14-18,2016,Baltimore,Maryland,US 4.“Designoforganicspintronicdeviceswithorganicferromagn”(Oral),June30,2016,TechnischenUniversitätDresden,Dresden,Germany 5.“Spin-dependenttransportinorganic-ferromagnetdevices”(Oral),December10,2014,UniversityofMissouri-Columbia,Columbia,US 6.“Spin-dependenttransportinorganic-ferromagnetdevices”(Oral,invited),“TowardsMolecularSpintronics”,June22-23,2012,Burgstädt,Germany. 7.The20thICSM,July4-9,2010,Kyoto,Japan. 8.“Spin-currentrectificationinmagnetic/nonmagneticco-oligomers”(Poster),AsianMagneticConference2008,December10-13,2008,Busan,Korea. 9.SpinOS2007,September9-11,2007,Bologna,Italy

研究领域

分子自旋电子学、有机自旋电子学、分子电子学、有机自旋输运、有机磁体、

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）

1.S.Qiu,Y.Y.Miao,G.P.Zhang,J.F.Ren,C.K.Wang,*andG.C.Hu,*“Enhancementofmagnetoresistanceandcurrentspinpolarizationinsinglemoleculejunctionsbymanipulatingthehybridinterfacestatesviaanchoringgroups”,J.Magn.Magn.Mater.479,247-253(2019). 2.G.M.He,S.Qiu,Y.J.Cui,C.J.Yu,Y.Y.Miao,G.P.Zhang,J.F.Ren,C.K.Wang,andG.C.Hu,*“Multistatemagnetoresistanceinzigzag-edgetrigonalgraphenemagneticjunctions”,J.Mater.Sci.54,5551-5560(2019). 3.G.P.Zhang,Y.Q.Mu,J.M.Zhao,H.Huang,G.C.Hu,Z.L.Li,andC.K.Wang,“Optimizingtheconductanceswitchingperformanceinphotoswitchabledimethyldihydropyrene/cyclophanedienesingle-moleculejunctions”,PhysicaE109,1-5(2019). 4.Z.Q.Wang,Y.F.Li,X.Niu,M.Z.Wei,M.M.Dong,G.C.Hu,Z.L.Li,D.Y.Wang,J.F.Ren,C.K.Wang,andG.P.Zhang,“Controllingtheconductanceofsingle-moleculejunctionswithhighspinfilteringefficiencybyintramolecularprotontransfer”,Org.Electron.64,7-14(2019). 5.Y.Y.Miao,S.Qiu,G.P.Zhang,J.F.Ren,C.K.Wang,andG.C.Hu,*“Ground-statepropertiesofmetal/organic-ferromagnetheterojunctions”,Phys.Rev.B98,235415(2018). 6.C.J.Yu,Y.Y.Miao,S.Qiu,Y.J.Cui,G.M.He,G.P.Zhang,C.K.Wang,andG.C.Hu,*“Modulatingspin-dependentelectrontransportinbenzene-dithiolatemagneticjunctionsbyhybridinterfacestates”,J.Phys.D:Appl.Phys.51,345302(2018). 7.Y.Y.Miao,S.Qiu,G.P.Zhang,J.F.Ren,C.K.Wang,andG.C.Hu,*“Polaronsinorganicferromagnets”,Org.Electron.55,133-139(2018). 8.S.Qiu,Z.Zhang,Y.Y.Miao,G.P.Zhang,J.F.Ren,C.K.Wang,andG.C.Hu*,“Modulationofspatialspinpolarizationatorganicspinterfacebysidegroups”,Appl.Surf.Sci.427,416(2018). 9.X.B.Yuan,L.L.Cai,Y.L.Tian,G.C.Hu,andJ.F.Ren,“Electricfieldinducedspinpolarizationoscillationinnonmagneticbenzene/Cu(100)interface:Firstprinciplescalculations”,Appl.Surf.Sci.427,156(2018). 10.M.Z.Wei,Z.Q.Wang,X.X.Fu,G.C.Hu,Z.L.Li,C.K.Wang*,andG.P.Zhang*,“Theoreticalunderstandingoftheinversionofrectificationdirectioninferrocenyl-embeddedtridecanethiolatesingle-moleculerectifiers”,PhysicaE103,397-402(2018). 11.Z.Q.Wang,M.Z.Wei,M.M.Dong,G.C.Hu,Z.L.Li,C.K.Wang*,G.P.Zhang*,“High-PerformanceSingle-MoleculeSwitchDesignedbyChangingParityofElectronicWaveFunctionsviaIntramolecularProtonTransfer”,J.Phys.Chem.C,122,17650-17659(2018). 12.G.P.Zhang,Y.Q.Mu,M.Z.Wei,S.Wang,H.Huang,G.C.Hu,Z.L.Li,andC.K.Wang,“Designingmolecularrectifiersandspinvalvesusingmetallocene-functionalizedundecanethiolates:onetransitionmetalatommatters”,J.Mater.Chem.C6,2105(2018). 13.X.B.Yuan,Y.L.Tian,X.W.Zhao,W.W.Yue,G.C.Hu,andJ.F.Ren,“Spinpolarizationpropertiesofbenzene/graphenewithtransitionmetalsasdopants:Firstprinciplescalculations:Firstprinciplescalculations”,Appl.Surf.Sci.439,1158(2018). 14.B.Qiu,X.W.Zhao,G.C.Hu,W.W.Yue,J.F.Ren,*andX.B.Yuan,*OpticalPropertiesofGraphene/MoS2Heterostructure:FirstPrinciplesCalculations,Nanomaterials8,962(2018). 15.X.W.Zhao,B.Qiu,G.C.Hu,W.W.Yue,J.F.Ren∗,andX.B.Yuan∗,“SpinPolarizationPropertiesofPentagonalPdSe2Inducedby3DTransition-MetalDoping:First-PrinciplesCalculations”,Materials11,2339(2018). 16.X.W.Zhao,Y.L.Tian,W.W.Yue,M.N.Chen,G.C.Hu,J.F.Ren,*andX.B.Yuan,*“Adsorptionofmethanolmoleculeongraphene:Experimentalresultsandfirst-principlescalculations”,Inter.J.Mod.Phys.B32,1850102(2018). 17.G.P.Zhang,Z.Xie,Y.Song,G.C.Hu,*andC.K.Wang,*“TowardsRectifyingPerformanceattheMolecularScale”,Top.Curr.Chem.375,85(2017). 18.G.C.Hu,S.J.Xie,C.K.Wang,andC.Timm,“Spin-dependenttransportandfunctionaldesigninorganicferromagneticdevices”,BeilsteinJ.Nanotechnol.8,1919(2017). 19.Y.L.Tian,J.F.Ren,W.W.Yue,M.N.Chen,G.C.Hu,andX.B.Yuan,“AdsorptionofchloroformonN-dopedandAl-dopedgraphene:Afirst-principlestudy”,Chem.Phys.Lett.685,344(2017). 20.Y.L.Tian,H.L.Hua,W.W.Yue,M.N.Chen,G.C.Hu,J.F.Ren,andX.B.Yuan,“Adsorptionpropertiesofchloroformmoleculeongraphene:Experimentalandfirst-principlescalculations”,Mod.Phys.Lett.B31,1750335(2017). 21.S.Wang,M.Z.Wei,G.C.Hu,G.P.Zhang,andC.K.Wang,“Mechanismsoftheodd-eveneffectanditsreversalinrectifyingperformanceofferrocenyl-n-alkanethiolatemoleculardiodes”,Org.Electron.49,76(2017). 22.G.P.Zhang,S.Wang,M.Z.Wei,G.C.Hu,andC.K.Wang,“Tuningthedirectionofrectificationbyadjustinglocationofbipyridylgroupinalkanethiolatemoleculardiodes”,J.Phys.Chem.C121,7643(2017). 23.G.P.Zhang,Z.Xie,Y.Song,M.Z.Wei,G.C.Hu,andC.K.Wang,“Isthereaspecificcorrelationbetweenconductanceandmoleculararomaticityinsingle-moleculejunction?”Org.Electron.48,29(2017). 24.Z.Zhang,Y.Li,G.P.Zhang,J.F.Ren,C.K.Wang,andG.C.Hu,*“Modulationoforganicinterfacialspinpolarizationbyinterfacialangle”,Chem.Phys.Lett.667,15(2017) 25.Z.Zhang,S.Qiu,Y.Y.Miao,J.F.Ren,C.K.Wang,andG.C.Hu,*“Spinselectionatorganicspinterfacebyanchoringgroup”,Appl.Surf.Sci.409,60(2017). 26.L.L.Cai,Y.L.Tian,X.B.Yuan,G.C.Hu,andJ.F.Ren,“ElectronicstructuresofspinterfaceforthiophenemoleculeadsorbedatCo,Fe,andNielectrode:Firstprinciplescalculations”,Appl.Surf.Sci.389,916(2016). 27.G.C.Hu,Z.Zhang,G.P.Zhang,andC.K.Wang,“Inversionofspin-currentrectificationinmagneticco-oligomerdiodes”,Org.Electron.37,485(2016). 28.Y.Li,G.P.Zhang,Z.Xie,Z.Zhang,J.F.Ren,C.K.Wang,andG.C.Hu,*“SpinPolarizationatOrganic-FerromagneticInterface:EffectofContactConfiguration”,Chin.J.Chem.Phys.29,344(2016). 29.L.Zhang,L.L.Cai,J.F.Ren,X.B.Yuan,andG.C.Hu,“Electronicstructureof(Cu+N)co-dopedanataseTiO2atthesurfacesof(001)and(101):Afirst-principlestudy”,Sci.China-Phys.Mech.Astron.46(3),037002(2016). 30.L.Zhang,L.L.Cai,X.B.Yuan,G.C.Hu,andJ.F.Ren,“Effectofacceptor-donorcomplexesonelectronicstructurepropertiesinco-dopedTiO2:Afirst-principlesstudy”,PhysicaE81,156(2016). 31.G.C.Hu,Z.Zhang,Y.Li,J.F.Ren,andC.K.Wang,“Lengthdependenceofrectificationinorganicco-oligomerspinrectifiers”,Chin.Phys.B25,057308(2016). 32.G.C.Hu,M.Y.Zuo,Y.Li,Z.Zhang,J.F.Ren,andC.K.Wang,“Effectofinterfacialcouplingontherectificationinorganicspinrectifiers”,Chin.Phys.B24,077308(2015). 33.H.Jiang,C.Zhang,X.N.Hu,G.C.Hu,andS.J.Xie,“Spinpolarizationofpolaronsinquasi-onedimensionalorganicsystem”,Mod.Phys.Lett.B29,1450266(2015). 34.J.F.Ren,R.R.Song,X.B.Yuan,andG.C.Hu,“SpinpolarizedcurrentinjectionandtransportationinadoubleT-shapedorganicspintronicdevice”,Sci.China-Phys.Mech.Astron.58,037003(2015). 35.J.F.Ren,Y.R.Zhang,L.Zhang,X.B.Yuan,andG.C.Hu,“Spontaneousspinpolarizationinrubrenestudiedbydensityfunctionaltheorycalculations”,PhysicaE66,299(2015). 36.G.C.Hu,G.P.Zhang,Y.Li,J.F.Ren,andC.K.Wang,“Proportioneffectindiblockco-oligomermoleculardiodes”,Chem.Phys.Lett.614,207(2014). 37.G.C.Hu,M.Y.Zuo,Y.Li,J.F.Ren,andS.J.Xie,“Multi-statemagnetoresistanceinferromagnet/organic-ferromagnet/ferromagnetjunctions”,Appl.Phys.Lett.104,033302(2014). 38.G.C.Hu,H.Wang,J.F.Ren,S.J.Xie,andC.Timm,“Spin-chargedisparityofpolaronsinorganicferromagnets”,Org.Electron.15,118(2014). 39.M.Y.Zuo,G.C.Hu,*Y.Li,J.F.Ren,andC.K.Wang,“Spin-excitedandrectificationinanorganicspinrectifier”,Chin.Phys.B23,087306(2014). 40.G.P.Zhang,Z.Xie,Y.Song,G.C.Hu,*andC.K.Wang,*“Molecular-lengthinducedinversionofrectificationindiblockpyrimidinyl–phenylmolecularjunctions”,Chem.Phys.Lett.591,296(2014). 41.J.F.Ren,X.B.Yuan,andG.C.Hu,“SpinPolarizationPropertiesofNaDopedMeridianalTris(8-Hydroxyquinoline)AluminumStudiedbyFirstPrinciplesCalculations”,Chin.Phys.Lett.31,048502(2014). 42.X.N.Lin,G.P.Zhang,J.F.Ren,X.B.Yuan,andG.C.Hu,“Electronictransportpropertiesofoligophenyleneethynylenemolecularjunctionsinalkalineandacidsolutions”,Acta.Phys.Sin.63,068502(2014). 43.J.F.Ren,Y.R.Zhang,L.Zhang,X.B.Yuan,andG.C.Hu,“StructuralandelectronicpropertiesofSiC/AlNcore/shellnanowires:afirst-principlesstudy”,Mod.Phys.Lett.B28,1450195(2014). 44.J.F.Ren,Y.R.Zhang,X.B.Yuan,andG.C.Hu,“DensityFunctionalTheoryCalculationsofCharge-InducedSpinPolarizationinPentacene”,Chin.J.Chem.Phys.27,617(2014). 45.G.P.Zhang,G.C.Hu,*Y.Song,Z.Xie,andC.K.Wang,*“Stretchorcontractioninducedinversionofrectificationindiblockmolecularjunctions”,J.Chem.Phys.139,094702(2013). 46.R.R.Song,J.F.Ren,Z.T.Dou,X.B.Yuan,andG.C.Hu,“EnhancementofspininjectionefficiencyinaT-shapedorganicdevice”,Sci.ChinaSer.G43,129(2013). 47.H.Wang,G.C.Hu,*andJ.F.Ren,“Effectofdimerizationonmagnetoresistanceinorganicspinvalves”,Chin.Phys.B22(5),058504(2013). 48.X.B.Yuan,J.F.Ren,andG.C.Hu,“Effectsofcarrierdifferencesonmagnetoresistanceinorganicandinorganicspinvalves”,Chin.Phys.Lett.29(6),067501(2012). 49.Z.T.Dou,J.F.Ren,Y.M.Wang,X.B.Yuan,andG.C.Hu,“Enlargementofcurrentspinpolarizationinorganicspintronicdevice”,Acta.Phys.Sin.61,088503(2012). 50.Y.M.Wang,J.F.Ren,X.B.Yuan,Z.T.Dou,andG.C.Hu,“Effectsofelectricfieldandmagneticfieldoncurrentspinpolarizationandmagnetoresistanceinferromagnetic/organicsemiconductor/ferromagnetic(FM/OSC/FM)system”,Chin.Phys.B21(10),108508(2012). 51.G.P.Zhang,G.C.Hu,*Y.Song,Z.L.Li,andC.K.Wang,*“Modificationofrectificationindiblockco-oligomerdiodesbyadjustinganchoringgroupsforbothsymmetricandasymmetricelectrodes”,J.Phys.Chem.C116,22009(2012). 52.G.P.Zhang,G.C.Hu,Z.L.Li,andC.K.Wang,“Theoreticalstudiesonprotonationinducedinversionoftherectifyingdirectionindipyrimidinyl-diphenyldiblockmolecularjunctions”,J.Phys.Chem.C116,3773(2012). 53.M.X.Xiu,J.F.Ren,C.K.Wang,X.B.Yuan,andG.C.Hu,“Amplificationofcurrentspinpolarizationinferromagnetic/organicsystemwithspin-relatedinterfacialresistances”,Int.J.Mod.Phys.B25,4339(2011). 54.G.P.Zhang,G.C.Hu,Z.L.Li,andC.K.Wang,“Theeffectsofcontactconfigurationontherectificationofdipyrimidinyl-diphenyldiblockmolecularjunctions”,Chin.Phys.B20(12),127304(2011). 55.H.Wang,G.C.Hu,*andJ.F.Ren,“Theeffectofdisturbanceonspinpolarizedtransportthroughanorganicferromagneticdevice”,Acta.Phys.Sin.60,127201(2011). 56.Y.M.Wang,J.F.Ren,X.B.Yuan,Z.T.Dou,andG.C.Hu,“Effectsofelectricfieldandmagneticinductiononspininjectionintoorganicsemiconductors”,PhysicaB406,926(2011). 57.G.C.Hu,H.Wang,andJ.F.Ren,“Effectofproportiononrectificationinorganicco-oligomerspinrectifiers”,Chin.Phys.B20,077306(2011). 58.G.C.Hu,G.P.Zhang,J.F.Ren,C.K.Wang,andS.J.Xie,“Lengthdependentinversionofrectificationindiblockco-oligomerdiodes”,Appl.Phys.Lett.99,082105(2011). 59.Y.M.Wang,J.F.Ren,X.B.Yuan,M.X.Xiu,andG.C.Hu,“Spindiffusionanddriftinferromagnetic/organicsystem”,Sci.ChinaSer.G40,410(2010). 60.M.X.Xiu,J.F.Ren,Y.M.Wang,X.B.Yuan,andG.C.Hu,“EffectofSchottkybarrieronspininjectioninferromagnetic/organicstructure”,Acta.Phys.Sin.59,534(2010). 61.J.F.Ren,Y.M.Wang,X.B.Yuan,andG.C.Hu,“Magnetoresistanceeffectinanorganicspinvalve”,Acta.Phys.Sin.59,6580(2010). 62.H.Jiang,G.C.Hu,andS.J.Xie,“Effectsofelectrondelocalizationinquasi-one-dimensionalorganicferromagnet”,PhysicaB405,S299(2010). 63.H.Jiang,G.C.Hu,Y.Guo,andS.J.Xie,“Effectsofspinexcitedstatesonelectrontransportthroughanorganicferromagneticdevice”,Org.Electron.10,809(2009). 64.G.C.Hu,K.L.He,A.Saxena,andS.J.Xie,“Spin-currentrectificationinanorganicmagnetic/nonmagneticdevice”,J.Chem.Phys.129,234708(2008). 65.Z.Wei,Y.M.Wang,andG.C.Hu,*“Effectofsingle-chargestateonthetransportpropertyofmolecularwire”,J.Atom.Mol.Phys.25,785(2008). 66.Y.B.Zhang,J.F.Ren,G.C.Hu,andS.J.Xie,“Effectsofpolaronsandbipolaronsonspinpolarizedtransportinorganicsemiconductors”,Org.Electron.9,687(2008). 67.C.J.Xia,C.F.Fang,G.C.Hu,P.Zhao,Y.M.Wang,S.J.Xie,andD.S.Liu,“Effectsofcontactatomicstructureonelectronictransportinmolecularjunction”,Chin.Phys.Lett.25,1840(2008). 68.D.M.Li,X.J.Liu,Y.Li,H.H.Li,G.C.Hu,K.Gao,D.S.Liu,andS.J.Xie,“Dynamicalstudyonchargeinjectionandtransportinametal/polythiophene/metalstructure”,Chin.Phys.B17,3067(2008). 69.G.C.Hu,Y.Guo,J.H.Wei,andS.J.Xie,“Spinfilteringthroughametal/organic-ferromagnet/metalstructure”,Phys.Rev.B75,165321(2007). 70.G.C.Hu,J.H.Wei,andS.J.Xie,“Bias-inducedorbitalhybridizationindiblockco-oligomerdiodes”,Appl.Phys.Lett.91,142115(2007). 71.G.C.Hu,Y.Guo,J.H.Wei,andS.J.Xie,“Kinkandconductanceofanorganicmolecularwire”,Phys.Lett.A370,78(2007). 72.C.J.Xia,C.F.Fang,G.C.Hu,D.S.Liu,andS.J.Xie,“Effectofsideradicalontheelectrontransportpropertiesofmoleculardevices”,Acta.Phys.Sin.57,3148(2007). 73.C.J.Xia,C.F.Fang,G.C.Hu,D.M.Li,D.S.Liu,andS.J.Xie,“Effectoftherelativeorientationofmoleculesontheelectronictransportpropertyofmoleculardevices”,Acta.Phys.Sin.56,4884(2007). 74.Y.Li,G.C.Hu,C.J.Xia,D.S.Liu,andS.J.Xie,“Groundstateandpolaronandbipolaronexcitedstatesinpolydiacetylene”,Sci.ChinaSer.G49,430(2006).