个人简历
学习与工作经历学习经历：1998-2002，南京航空航天大学，飞行器设计，本科2002-2009，南京航空航天大学，纳米力学，博士工作经历：2006-2010，美国内华达大学拉斯维加斯分校，访问学生2010-2011，美国内华达大学拉斯维加斯分校，博士后2012-2015，美国加州大学默塞德分校，副研究员兼讲师2016-2017，美国内华达大学拉斯维加斯分校，副研究员2017-现在，江苏大学，土木工程与力学学院力学系，教授/金山特聘教授在研项目:二维范德华异质结力电耦合与奇异物理力学特性，江苏大学金山特聘教授启动基金，100万重要学术活动2018-Sep,第15届全国物理力学学术会议（邀请报告），合肥2018-Aug,国际华人计算力学大会2018，南京2018-Jun，第11届计算纳米科学与新能源材料国际研讨会，河南新乡2018-May，华东力学沙龙，江苏无锡2018-Jan，空天结构系统多尺度研讨会，南京航空航天大学2017-Nov,西北工业大学力学论坛2017-Oct,MaterialsScience&Technology2017,Pittsburgh,PA.(invitedtalk).2017-Sep,碳纳米材料力学性能及器件的分子动力学研究,哈尔滨工业大学深圳研究院2017-Sep,碳纳米材料力学性能及器件的分子动力学研究,江南大学2017-Aug,中国力学大会2017暨庆祝中国力学学会成立60周年大会2017-May,Moleculardynamicssimulationsofmechanicalanddynamicalpropertiesofcarbonnanomaterials,UNLVHipsecSeminar,LasVegas,USA.2017-Jan,Atomisticsimulationassistedmaterialpropertiesexplorationanddevicedesign,GuangxiUniversity,China2015-May,(InvitedTalk)Applicationsofmoleculardynamicsinstudyingstructuralpropertiesofnanomaterials,FrontierMaterialsScienceSeminarSeries,JilinUniversity,China.2014-April,MaterialsResearchSocietySpringMeeting,SanFrancisco,CA.2014-Februray,MechanicalPropertiesofOne-DimensionalNanomaterialsviaComputationalApproach,BESTSeminar,UniversityofCalifornia,Merced2013-April,WrappingBehaviorandStructuralStabilityofC60-Coated,Graphene-WrappedCarbonNanotubes,MaterialsResearchSocietySpringMeeting,SanFrancisco,CA.2013-April,MechanicalPropertiesandFractureBehaviorofSilicaNanowires:SizeandSurfaceEffects,MaterialsResearchSocietySpringMeeting,SanFrancisco,CA.2012-September,MEAMGraduateProgramSeminarSeries,UniversityofCalifornia,MercedCA.2011-September,Computationalstudyofmechanicalandelectronicpropertiesofcarbon-basednanoscalematerials.,QSB/BESTSeminar,UniversityofCalifornia,Merced.2011-March,ModifyingElectronicandMagneticPropertiesofBCNsheetsbyBoronNitrideDomainSizeandTensileStrain,APSMarchMeeting,Dallas,TX.2011-March,AspectRatioDependantBucklingModeTransitioninSingle-WalledCarbonNanotubesunderCompression,APSMarchMeeting,Dallas,TX.2010-December,MRSFallMeeting,Boston,MA.2010-October,(InvitedTalk)NanomechanicsofCarbonNanotubesatHighTemperatureandLargeStrain,SchoolofEngineering,UniversityofWesternSydney.Australia.2010-March,Stabilityandmechanicalpropertiesofpartiallyunzippedcarbonnanotubes,APSMarchMeeting,Potland,OR.2010-March,Sizeeffectandsp3bondformationincarbonnanotubebending,APSMarchMeeting,Potland,OR.2009-March,APSMarchMeeting,Pittsburgh,PA.2008-March,APSMarchMeeting,NewOrleans,LA.
近期论文
39RJWang,CYWang*,YTFengandChunTang,Mechanismsunderlyingtheshapeeffectonnano-piezoelectricity,NanoEnergy,53，906-915(2018)。38GuotongWang,ChengyuanWang*,ChunTang*,FalingZhang,TigerSunandXiaozhuYu,TwoStageElectricalPercolationofMetalNanoparticle-PolymerNanocomposites,J.Phys.Chem.C,122,8614,（2018）.37YongchengLiang*,PingQin,LizhenZhang,JingZhang,andChunTang*,DesigningSuperhardMetals:theCaseofLowBorides,AIPAdv.8,045305(2018).36.ZhenyuZhang*,JunfengCui,BoWang,HaiyueJiang,GuoxinChen,JinhongYu,ChengteLin,ChunTang,AlexanderHartmaier,JunjieZhang,JunLuo,AndreasRosenkranz,NanJiang*andDongmingGuo,InsituTEMobservationofrebondingonfracturedsiliconcarbide,Nanoscale,10,6261-6269(2018)FeaturedonCover.35.RuijieWang,ChengyuanWang,Y.T.FengandChunTang,MechanicalResponsesofa-axisGaNnanowiresUnderAxialLoads,Nanotechnology,29,095707(2018).34.YongchengLiang,ZhenbangGao,PingQin,LiGaoandChunTang*,Themechanismofanomaloushardeningintransition-metalmonoborides,Nanoscale,9,9112(2017).--------------------------BeforeJoiningJiangsuUniversity:33.LiangzhiKou,YandongMa,ChunTang,ZiqiSun,AijunDuandChangfengChen,AuxeticandFerroelasticBorophane:ANovel2DMaterialwithNegativePossion’sRatioandSwitchableDiracTransportChannels,NanoLett.14,7910-7914(2016).32.M.S.Lodge,ChunTang,B.T.Blue,W.A.Hubbard,A.Martini,B.D.DawsonandM.Ishigami,Lubricityofgoldnanocrystalsongraphenemeasuredusingquartzcrystalmicrobalance,Sci.Rep.6,31837(2016).31.DustinOlson,HongyuGao,ChunTang,WilfredT.Tysoe,andAshlieMartini*,Presuredependenceoftheinterfacialstructureofpotassiumchloridefilmsoniron,ThinSolidFilms,593,150(2015).30.ChunTang,andLilianP.Davila,Strain-inducedstructuralmodificationsandsize-effectsinsilicananowires,J.Appl.Phys.118,094302(2015).29.ChunTang,HidetakaIshihara,JaskiranjeetSodhi,Yen-ChangChen,AndrewSiordia,AshlieMartini*,andVincentCTung*,Flexibleall-carbonphotovoltaicswithimprovedthermalstability,J.SolidStateChem.224,94(2015).28.ChunTang,andLilianP.Davila*,Anomaloussurfacestatesmodifythesize-dependentmechanicalpropertiesandfractureofsilicananowires.Nanotechnology25,435702(2014).27.WilliamWolfs,ChunTang*,andChangfengChen*,Bucklingofdouble-walledcarbonnanotubesundercompressionandbending:Influenceofvacancydefectsandeffectofhigh-temperatureannealing.J.Appl.Phys.114,174308(2013).26.ChristineM.Isborn,ChunTang,AshlieMartini,ErinJohnson,AlbertoOterodelaRosa,andVincentC.Tung,CarbonNanotubeChiralityDeterminesEfficiencyofElectronTransfertoFullereneinAll-CarbonPhotovoltaics,J.Phys.Chem.Lett.4,2914(2013).25.ChunTang,TomasOppenheim,VincentC.TungandAshlieMartini,Structure-StabilityRelationshipsforGraphene-WrappedFullerene-CoatedCarbonNanotubes,Carbon,61,458(2013).24.LiangzhiKou,ChunTang,ThomasFrauenheim,andChangfengChen,IntrinsicChargeSeparationandTunableElectronicBandgapofArmchairGrapheneNanoribbonsEncapsulatedinaDouble-WalledCarbonNanotube,J.Phys.Chem.Lett.4,1328(2013).23.LiangzhiKou,ChunTang,TimWehling,ThomasFrauenheim,andChangfengChen,EmergentPropertiesandTrendsofaNewClassofCarbonNanocomposites:GrapheneNanoribbonsEncapsulatedinaCarbonNanotube,Nanosale5,3306-3314(2013).22.ZhijiangYe,ChunTang,YalinDong,andAshlieMartini,RoleofWrinkleHeightinFrictionVariationwithNumberofGrapheneLayers,J.Appl.Phys.112,116102(2012).21.LiangzhiKou,ChunTang,YiZhang,ThomasHeine,ChangfengChen,andThomasFrauenheim,TuningMagnetismandElectronicPhaseTransitionsbyStrainandElectricFieldinZigzagMoS2Nanoribbons.J.Phys.Chem.Lett.3,2934(2012).20.DavidSantoPietro,ChunTang*,andChangfengChen*,EnhancingInterwallLoadTransferbyVacancyDefectsinCarbonNanotubes.Appl.Phys.Lett.100,033118(2012).19.ChunTang*,LiangzhiKouandChangfengChen,TunableMagnetismandBandGapEngineeringinZigzagC2x-BNySheetsandRibbons.Chem.Phys.Lett.523,98-103(2012).18.LiangzhiKou,ChunTang,ChangfengChenandWanlinGuo,HybridW-shapedGrapheneNanoribbons:DistinctElectronicandTransportProperties,J.Appl.Phys.110,124312(2011).17.JeremyFeliciano,ChunTang*,YingyanZhangandChangfengChen*,AspectRatioDependantBucklingModeTransitioninSingle-WalledCarbonNanotubesunderCompression.J.Appl.Phys.109,084323(2011).16.LiangzhiKou#,ChunTang#,WanlinGuoandChangfengChen,TunableMagnetisminStrainedGraphenewithTopologicalLineDefect,ACSNano5,1012(2011).15.ChunTang,WanlinGuo*andChangfengChen*,Structuralandmechanicalpropertiesofpartiallyunzippedcarbonnanotubes,Phys.Rev.B83,075410(2011).14.ChunTang,YiZhang,WanlinGuoandChangfengChen,ThermallyActivatedInterlayerBondinginMultiwalledCarbonNanotubes,J.Phys.Chem.C,114,18091(2010).13.ChunTang,WanlinGuoandChangfengChen,BendingManipulationInducedsp2-sp3BondTransitioninCarbonNanotubes,J.Appl.Phys.108,026108(2010).12.ChunTang,WanlinGuoandChangfengChen,Tangetal.Reply:Phys.Rev.Lett.103,039602(2009).11.ChunTang,WanlinGuoandChangfengChen,Moleculardynamicssimulationoftensileelongationofcarbonnanotubes:Temperatureandsizeeffects,Phys.Rev.B79,155436(2009).10.YitaoDai,WanlinGuo,ZhuhuaZhang,BinZhouandChunTang,Electric-field-induceddeformationinboronnitridenanotubes,J.Phys.D:Appl.Phys.42,085403(2009).9.YitaoDai,ChunTangandWanlinGuo,SimulationStudiesofa“Nanogun”BasedonCarbonNanotubes,NanoRes.,1,176-183(2008).8.YitaoDai,WanlinGuo,ChunLiandChunTang,UltrahighFrequencyLongitudinalOscillatorsfromSingle-WalledCarbonNanotubes,J.Comput.Theor.Nanosci.5,1372-1376(2008).7.ChunTang,WanlinGuoandChangfengChen,MechanismforSuperelongationofCarbonNanotubesatHighTemperatures,Phys.Rev.Lett.100,175501(2008).6.BinZhou,WanlinGuoandChunTang,Chemisorptionofhydrogenmoleculesoncarbonnanotubes:chargingeffectfromfirst-principlescalculations,Nanotechnology,19,075077(2008).5.XiaojieDuan,ChunTang,JinZhang,WanlinGuoandZhongfanLiu,TwoDistinctBucklingModesinCarbonNanotubeBending,NanoLett.7,143-148(2007).4.WanlinGuo,ChunTangandYufengGuo,Nanointelligentmaterialsandsystems,Int.J.Nanoscience.6,671-676(2006).3.ChunTang,WanlinGuoandYufengGuo,Electrostrictiveeffectonelectronicstructuresofcarbonnanotubes,Appl.Phys.Lett.88,243112(2006).2.WanlinGuoandChunTang,MolecularPhysicalMechanicsandMulti-PhysicsScaleStudies.Int.J.Mult.Comp.Eng.4,115-126(2006).1.ChunTang,WanlinGuoandYufengGuo,Carbonnanotubes---Anewkindofgiantelectrostrictiveintelligentnano-material,Physics33,396-399(2004)(inChinese)Graphene杂志编委美国物理学会(APS)会员美国材料学会(MRS)会员Carbon,Nanoscale,Appl.Phys.Lett.,J.Phys.Chem.C,Nanotechnology,ScientificReports等二十多家杂志审稿人
