张广平 - 山东师范大学 - 物理与电子科学学院

个人简介

个人简历张广平，男，1985年4月出生，山东淄博人，博士，硕士生导师。2013年毕业于山东师范大学原子与分子物理专业，获理学博士学位。2013年9月赴瑞典皇家工学院理论化学系从事博士后研究，2015年9月到山东师范大学工作，2019年1月评为副教授。目前主要从事低维体系电荷输运性质及功能分子器件理论设计等研究，在国际知名刊物发表SCI收录论文30余篇。曾分别获得山东省高校优秀科研成果奖一等奖（第二位）、一等奖（第三位）、三等奖（第五位）。主持国家自然科学基金2项，中国博士后科学基金面上项目1项。目前为山东省物理学会计算物理委员会委员。招生方向硕士研究生招生专业：物理学科研项目 1.国家自然科学基金青年项目，周围环境对分子器件整流性能影响的理论研究，23万，2018.01-2020.12，主持 2.中国博士后科学基金面上项目，分子器件微观结构表征的理论研究，5万，2017.06-2018.8，主持 3.国家自然科学基金应急项目，基于分子动力学统计的分子结电荷输运性质理论研究，5万，2016.01-2016.12，主持 4.国家自然科学基金面上项目，石墨烯基分子逻辑门器件理论设计及机理和可靠性研究，63万，2019.01-2022.12，参加 5.山东省自然科学基金，基于共轭分子器件掺杂的PN结设计及其整流机理研究，15万，2018.03-2021.06，参加 6.山东省自然科学基金，基于铁磁石墨烯的气敏元件的理论设计与研究，5万，2018.03-2020.06，参加 7.国家自然科学基金面上项目，单分子结的界面结构表征和其电输运及调控研究，76万，2014.01-2017.12，参加 8.国家自然科学基金青年项目，有机磁性分子器件能态、自旋极化输运及功能性研究，20万，2010.01-2012.12，参加 9.山东省自然科学基金，有机自旋器件磁电阻特性研究，5万，2009.12-2012.12，参加荣誉奖励 1.2015年09月，山东高等学校优秀科研成果奖一等奖（第二位） 2.2013年09月，山东高等学校优秀科研成果奖一等奖（第三位） 3.2012年12月，山东高等学校优秀科研成果奖二等奖（第五位）

研究领域

第一性原理电子结构计算、低维体系电荷输运性质、功能分子器件理论设计等

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）

发表SCI收录论文50余篇，论文列表如下： 53.Pre-BlockedMolecularShuttleasanIn-SituReal-TimeTheranostics,TaoSun,GuangpingZhang,QingbingWang,ZhongyuanGuo,QinjunChen,XinliChen,YifeiLu,YuZhang,YujieZhang,QinGuo,XiangGao,YongzhongCheng,ChenJiang*,Biomaterials,inpress. 52.Surfaceengineeringofphosphorenenanoribbonsbytransitionmetalheteroatomsforspintronics,Mi-MiDong,Zi-QunWang,Guang-PingZhang,Chuan-KuiWang*,Xiao-XiaoFu*,PhysicalChemistryChemicalPhysics,inpress. 51.Enhancementofmagnetoresistanceandcurrentspinpolarizationinsingle-moleculejunctionsbymanipulatingthehybridinterfacestatesviaanchoringgroups,ShuaiQiu,Yuan-YuanMiao,Guang-PingZhang,Jun-FengRen,Chuan-KuiWang*,Gui-ChaoHu*,JournalofMagnetismandMagneticMaterials,479(2019),247-253. 50.Optimizingtheconductanceswitchingperformanceinphotoswitchabledimethyldihydropyrene/cyclophanedienesingle-moleculejunctions,Guang-PingZhang*,Yan-QiMu,Jin-MingZhao,HuiHuang,Gui-ChaoHu,Zong-LiangLi,Chuan-KuiWang*,PhysicaE:Low-dimensionalSystemsandNanostructures,109(2019),1-5. 49.Multistatemagnetoresistanceinzigzag-edgetrigonalgraphenemagneticjunctions,GuangmengHe#,ShuaiQiu#,YangjunCui,CuijuYu,YuanyuanMiao,GuangpingZhang,JunfengRen,Chuan-KuiWang,GuichaoHu*,JournalofMaterialsScience,54(7)(2019),5551-5560. 48.Doping-InducedNegativeDifferentialConductanceEnhancementinSingle-MoleculeJunction,Zong-LiangLi*,FengSun,Jun-JieBi,RanLiu,Yu-QingSuo,Huan-YanFu,Guang-PingZhang,Yu-ZhiSong,DunyouWang,Chuan-KuiWang*,PhysicaE:Low-dimensionalSystemsandNanostructures,106(2019),270-276. 47.ControllingRectificationPerformancebyTuningMolecule-ElectrodeCouplingStrengthinFerrocenyl-undecanethiolateMolecularDiodes,Ming-ZhiWei,XiYu*,Xiao-XiaoFu,Zi-QunWang,Chuan-KuiWang*,Guang-PingZhang*,JournalofPhysicalChemistryC,123(3)(2019),1559-1565. 46.Controllingtheconductanceofsingle-moleculejunctionswithhighspinfilteringefficiencybyintramolecularprotontransfer,Zi-QunWang,YongfangLi,XiaoNiu,Ming-ZhiWei,Mi-MiDong,Gui-ChaoHu,Zong-LiangLi,DunyouWang,Chuan-KuiWang*,Guang-PingZhang*,OrganicElectronics,64(2019),7-14. 45.Ground-statepropertiesofmetal/organic-ferromagnetheterojunctions,YuanyuanMiao#,ShuaiQiu#,GuangpingZhang,JunfengRen,ChuankuiWang,GuichaoHu,PhysicalReviewB,98(23)(2018),235415. 44.Highmagnetoresistanceinultra-thintwodimensionalCr-basedMXenes,JianhuiYang,ShaozhengZhang,AnpingWang,RuiningWang,Chuan-KuiWang*,Guang-PingZhang*,LiangChen*,Nanoscale,10(41)(2018),19492-19497. 43.Surface-enhancedRamanspectroscopyoftwo-dimensionaltindiselenidenanoplates,MeiLiu*,YingShi,GuangpingZhang,YonghengZhang,MeimeiWu,JunfengRen,BaoyuanMan,AppliedSpectroscopy,72(11)(2018),1613-1620. 42.Atargetingtheranosticsnanomedicineasanalternativeapproachforhyperthermiaperfusion,TaoSun,GuangpingZhang,QingbingWang,QinjunChen,XinliChen,YifeiLu,LishaLiu,YuZhang,XiHe,ChunhuiRuan,YujieZhang,QinGuo,ChenJiang*,Biomaterials,183(2018),268-279. 41.Theoreticalunderstandingoftheinversionofrectificationdirectioninferrocenyl-embeddedtridecanethiolatesingle-moleculerectifiers,Ming-ZhiWei,Zi-QunWang,Xiao-XiaoFu,Gui-ChaoHu,Zong-LiangLi,Chuan-KuiWang*,Guang-PingZhang*,PhysicaE:Low-dimensionalSystemsandNanostructures,103(2018),397-402. 40.Modulatingspin-dependentelectrontransportinbenzene-dithiolatemagneticjunctionsbyhybridinterfacestates,CuijuYu#,YuanyuanMiao#,ShuaiQiu,YangjunCui,GuangmengHe,GuangpingZhang,ChuankuiWang,GuichaoHu*,JournalofPhysicsD:AppliedPhysics,51(34)(2018),345302. 39.High-PerformanceSingle-MoleculeSwitchDesignedbyChangingParityofElectronicWaveFunctionsviaIntramolecularProtonTransfer,Zi-QunWang,Ming-ZhiWei,Mi-MiDong,Gui-ChaoHu,Zong-LiangLi,Chuan-KuiWang*,Guang-PingZhang*,JournalofPhysicalChemistryC,122(31)(2018),17650-17659. 38.Azulene-likemoleculardeviceswithhighspinfiltering,strongspinrectifying,andgiantmagnetoresistanceeffects,YangSong*,YanSu,PengZhao,Guang-PingZhang,Chuan-KuiWang,GangChen*,OrganicElectronics,59(2018),113-120. 37.FabricatingAtom-SizedGapsbyField-AidedAtomMigrationinNanoscaleJunctions,RanLiu,Jun-JieBi,ZhenXie,KaikaiYin,DunyouWang,Guang-PingZhang,DongXiang*,Chuan-KuiWang*,andZong-LiangLi*,PhysicalReviewApplied,9(5)(2018),054023. 36.Effectofmolecularconformationsontheelectronictransportinoxygen-substitutedalkanethiolmolecularjunctions,MinglangWang,HaoWang,GuangpingZhang,YongfengWang,StefanoSanvito,ShiminHou*,JournalofChemicalPhysics,148(18)(2018),184703. 35.Polaronsinorganicferromagnets,YuanyuanMiao,ShuaiQiu,GuangpingZhang,JunfengRen,ChuankuiWang,GuichaoHu*,OrganicElectronics,55(2018),133-139. 34.Designingmolecularrectifiersandspinvalvesusingmetallocene-functionalizedundecanethiolates:onetransitionmetalatommatters,Guang-PingZhang*,Yan-QiMu,Ming-ZhiWei,ShanWang,HuiHuang,Gui-ChaoHu,Zong-LiangLi,Chuan-KuiWang*,JournalofMaterialsChemistryC,6(8)(2018)2105-2112. 33.Modulationofspatialspinpolarizationatorganicspinterfacebysidegroups,ShuaiQiu,ZhaoZhang,Yuan-yuanMiao,Guang-pingZhang,Jun-fengRen,Chuan-kuiWang*,Gui-chaoHu*,AppliedSurfaceScience,427(2018),416-420. 32.TowardsRectifyingPerformanceattheMolecularScale,Guang-PingZhang,ZhenXie,YangSong,Gui-ChaoHu*,Chuan-KuiWang*,TopicsinCurrentChemistry,375(6)(2017),85. 31.EffectofH2OAdsorptiononNegativeDifferentialConductanceBehaviorofSingleMolecularJunction,Zong-LiangLi*,Xiao-HuaYi,RanLiu,Jun-JieBi,Huan-YanFu,Guang-PingZhang,Yu-ZhiSong,Chuan-KuiWang,ScientificReports,7(2017),4195. 30.Mechanismsoftheodd-eveneffectanditsreversalinrectifyingperformanceofferrocenyl-n-alkanethiolatemoleculardiodes,ShanWang#,Ming-ZhiWei#,Gui-ChaoHu,Chuan-KuiWang*,Guang-PingZhang*,OrganicElectronics,49(2017),76-84. 29.Isthereaspecificcorrelationbetweenconductanceandmoleculararomaticityinsingle-moleculejunctions?,Guang-PingZhang*,ZhenXie,YangSong,Ming-ZhiWei,Gui-ChaoHu,Chuan-KuiWang*,OrganicElectronics,48(2017),29-24. 28.TuningtheDirectionofRectificationbyAdjustingtheLocationoftheBipyridylGroupinAlkanethiolateMolecularDiodes,Guang-PingZhang*#,ShanWang#,Ming-ZhiWei,Gui-ChaoHu,Chuan-KuiWang*,JournalofPhysicalChemistryC,121(14)(2017),7643-7648. 27.Obviousmodulationofrectifyingperformancebyconjugationbreakingofthebridgingfragmentindonor-bridge-acceptormoleculardiodes,Wen-XiaSu,XiZuo,ZhenXie,Guang-PingZhang*,Chuan-KuiWang*,RSCAdvances,7(2017),14200-14205. 26.Hydrogenation-inducedgiantrectifyingbehaviorsinsiliceneandgermaneneheterojunctions,YangSong*,YanSu,Guang-PingZhang,Chuan-KuiWang,GangChen*,ComputationalMaterialsScience,129(2017),37-43. 25.Modulationoforganicinterfacialspinpolarizationbyinterfacialangle,ZhaoZhang,YingLi,Guang-PingZhang,Jun-FengRen,Chuan-KuiWang,Gui-ChaoHu*,ChemicalPhysicsLetters,667(2017),15-19. 24.StrongFermilevelpinninginduceshighrectificationratioandnegativedifferentialresistanceinhydrogenbondingbridgedsinglecytidinepairjunctions,HaoRen*,GuangpingZhang,NaLin,LiDeng,YiLuo,FangHuang*,PhysicalChemistryChemicalPhysics,18(38)(2016),26586-26594. 23.Rectifyingenhancementinducedbyconjugationbreakinginthiolatedarylethynylenesingle-moleculardiodes,XiZuo,LeiChu,Guang-PingZhang*,Chuan-KuiWang*,ChemicalPhysicsLetters,663(2016),74-78. 22.Inversionofspin-currentrectificationinmagneticco-oligomerdiodes,G.C.Hu*,Z.Zhang,G.P.Zhang,J.F.Ren,C.K.Wang,OrganicElectronics,37(2016),485-490. 21.Giantrectificationingraphenenanoflakemoleculardeviceswithasymmetricgraphenenanoribbonelectrodes,Xiao-LiJi,ZhenXie,XiZuo,Guang-PingZhang*,Zong-LiangLi,Chuan-KuiWang*,PhysicsLettersA,380(39)(2016),3198-3205. 20.DetectingCO,NOandNO2gasesbyBoron-dopedgraphenenanoribbonmoleculardevices,ZhenXie,XiZuo,Guang-PingZhang*,Zong-LiangLi,Chuan-KuiWang*,ChemicalPhysicsLetters,657(2016),18-25. 19.SpinPolarizationatOrganic-FerromagneticInterface:EffectofContactConfiguration,YingLi,Guang-pingZhang,ZhenXie,ZhaoZhang,Jun-fengRen,Chuan-kuiWang,Gui-chaoHu*,ChineseJournalofChemicalPhysics,29(3)(2016),344-348. 18.Quasi-AnalyticalApproachforModelingofSurface-EnhancedRamanScattering,WeiHu,SaiDuan,GuangpingZhang,YongMa,GuangjunTian,andYiLuo*,JournalofPhysicalChemistryC,119(2015),28992-28998. 17.TheeffectofDuschinskyrotationonchargetransportpropertiesofmolecularjunctionsinthesequentialtunnelingregime,GuangjunTian,SaiDuan,Guang-PingZhang,WeiHuandYiLuo*,PhysicalChemistryChemicalPhysics,17(35)(2015),23007-23016. 16.MolecularDesigntoEnhancetheThermalStabilityofaPhotoSwitchableMolecularJunctionBasedonDimethyldihydropyreneandCyclophanedieneIsomerization,WeiHu,Guang-PingZhang,SaiDuan,QiangFu,andYiLuo*,JournalofPhysicalChemistryC,119(2015),11468-11474. 15.Proportioneffectindiblockco-oligomermoleculardiodes,Gui-ChaoHu*,Guang-PingZhang,YingLi,Jun-FengRen,Chuan-KuiWang,ChemicalPhysicsLetters,614(2014),207-213. 14.RectifyingPropertiesofOligo(PhenyleneEthynylene)HeterometallicMolecularJunctions:MolecularLengthandSideGroupEffects,Xiao-XiaoFu,Rui-QinZhang*,Guang-PingZhang,Zong-LiangLi,ScientificReports,4(2014),6357. 13.Electronictransportpropertiesofoligophenyleneethynylenemolecularjunctionsinalkalineandacidsolutions,LinXiao-Na,ZhangGuang-Ping,RenJun-Feng*,YuanXiao-Bo,HuGui-Chao,ActaPhysicaSinica,63(2014),068502. 12.Molecular-lengthinducedinversionofrectificationindiblockpyrimidinyl-phenylmolecularjunctions,Guang-PingZhang,ZhenXie,YangSong,Gui-ChaoHu*,Chuan-KuiWang*,ChemicalPhysicsLetters,591(2014),296-300. 11.Obviousvariationofrectificationbehaviorsinducedbyisomericanchoringgroupsfordipyrimidinyl-diphenylmolecularjunctions,YangSong,De-LiangBao,ZhenXie,Guang-PingZhang,Chuan-KuiWang*,PhysicsLettersA,377(44)(2013),3228-3234. 10.Protonationanddeprotonationeffectsonchargetransportsofbutane-basedmolecularjunctions,YangSong,Dong-QingZou,ZhenXie,Guang-PingZhang,Zong-LiangLi,Chuan-KuiWang,ChemicalPhysicsLetters,588(2013),155-159. 9.BiasDependenceofRectifyingDirectioninaDiblockCo-oligomerMoleculewithGrapheneNanoribbonElectrodes,YangSong,ZhenXie,Guang-PingZhang,YongMa,Chuan-KuiWang*,JournalofPhysicalChemistryC,117(40)(2013),20951-20957. 8.Stretchorcontractioninducedinversionofrectificationindiblockmolecularjunctions,Guang-PingZhang,Gui-ChaoHu*,YangSong,ZhenXie,Chuan-KuiWang*,JournalofChemicalPhysics,139(9)(2013),094702. 7.EffectofGateElectricFieldonSingleOrganicMolecularDevices,Zong-LiangLi*,Xiao-XiaoFu,Guang-PingZhang,Chuan-KuiWang,ChineseJournalofChemicalPhysics,26(2)(2013),185-190. 6.ModulationofRectificationinDiblockCo-oligomerDiodesbyAdjustingAnchoringGroupsforBothSymmetricandAsymmetricElectrodes,Guang-PingZhang,Gui-ChaoHu*,YangSong,Zong-LiangLi,Chuan-KuiWang*,JournalofPhysicalChemistryC,116(41)(2012),22009-22014. 5.TheoreticalStudiesonProtonation-InducedInversionoftheRectifyingDirectioninDipyrimidinyl-DiphenylDiblockMolecularJunctions,Guang-PingZhang,Gui-ChaoHu,Zong-LiangLi,Chuan-KuiWang*,JournalofPhysicalChemistryC,116(5)(2012),3773-3778. 4.Theeffectsofcontactconfigurationsontherectificationofdipyrimidinyl-diphenyldiblockmolecularjunctions,Guang-PingZhang,Gui-ChaoHu,Zong-LiangLi,Chuan-KuiWang,ChinesePhysicsB,20(12)(2011),127304. 3.Length-dependentinversionofrectificationindiblockco-oligomerdiodes,G.C.Hu*,G.P.Zhang,J.F.Ren,C.K.Wang,S.J.Xie,AppliedPhysicsLetters,99(8)(2011),082105. 2.First-principlesstudyonformationandelectron-transportpropertiesofsingleoligothiophenemolecularjunctions,Zong-LiangLi,Guang-PingZhang,Chuan-KuiWang,JournalofPhysicalChemistryC,115(31)(2011),15586-15591. 1.Hydrationeffectontheelectronictransportpropertiesofoligomericphenyleneethynylenemolecularjunctions,Zong-LiangLi,Huai-ZhiLi,YongMa,Guang-PingZhang,Chuan-KuiWang,ChinesePhysicsB,19(6)(2010),067305.