蔡影祥
近期热点
资料介绍
个人简历
蔡影祥,男,1977年4月1日出生,南昌大学物理系教授,凝聚态物理专业硕士生导师,南昌大学215人才“赣江青年学者”,应用物理教研室主任,江西省物理学高水平学科及示范性硕士点骨干成员,南昌大学“近代物理”教学团队负责人。先后在ACSNano,NanoRes.,Phys.Chem.Chem.Phys.,Sci.Rep.,Appl.Phys.Lett.、Phys.Rev.B、Surf.Sci.等主流国际刊物上发表30余篇SCI论文,主持国家自然科学基金2项、江西省自然科学基金重点项目一项,其它省级和厅级项目5项。受教育经历2003/09-2007/03,中科院等离子体物理所,核能科学与工程,博士研究生2000/09-2003/07,辽宁工程技术大学,材料加工工程,硕士研究生1996/09-2000/07,辽宁工程技术大学,机械工程及自动化,本科研究工作经历2016/12至今,南昌大学,理学院物理系,教授2014/04-2016/12,南昌大学,理学院物理系,副教授2013/04-2014/03,AarhusUniversity,iNANOcenter,访问学者(导师FlemmingBesenbacher,中科院外籍院士)2011/12-2013/03,南昌大学,理学院物理系,副教授2007/04-2011/11,南昌大学,理学院物理系,讲师主持科研项目1.江西省自然科学基金青年重点项目,20171ACB21007,非金属多孔材料的LUMO和HOMO轨道表面分离机制及光解水应用研究,2017/01-2020/12,在研。2.江西省教育厅科技项目重点项目,GJJ150025,Dirac费米子碳材料理论预测与应用研究,2016/01-2018/12,在研。3.国家自然科学基金,11464028,碳二维原子晶体“环十二烯”的理论研究及其子结构的实验制备,2015/01-2018/12,在研。4.江西省教育厅科技项目,GJJ11304,贵金属表面TCNE分子自组装的第一性原理研究,2012/01-2014/12,结题。5.江西省自然科学基金面上项目,2010GZW0046,超高压合成新型亚稳材料的第一性原理研究,2011/01-2013/12,结题。6.国家自然科学基金,10904058,典型AB化合物高压相变机理及相变可控性的理论研究,2010/01-2012/12,结题。7.江西省教育厅科技项目,GJJ08063,B3到B81高压相变机理的第一性原理研究,2008/01-2009/12,结题。江西省教改重点项目,CBLI模式在近代物理双语教学中的应用研究,JXJG-15-1-6,主持,在研。Ying-XiangCai*andXue-ChunXU,ApplicationofContent-basedLearningandInnovationinModernPhysics.Proceedingsofthe2016InternationalConferenceonEducationandDevelopment(ICED2016),DEStechPublications,Inc.Nanjing,China.144(2016)。南昌大学教学成果奖二等奖:以创新能力和培养质量促进本科生SCI论文发表的探索与实践,2016。研究领域
密度泛函理论计算表面物理与低维材料物理新材料理论预测及应用研究\"近期论文
[1]YingxiangCai*,YuqingGuo,BoJiang,YananLv.Encapsulationofcathodeinlithium-sulfurbatterieswithanoveltwo-dimensionalcarbonallotrope:DHP-graphene.Sci.Rep.7:14948,(2017).[2]YingxiangCai*,JiaminXiong,YaboLiu,XuechunXu.Electronicstructureandchemicalhydrogenstorageofaporoussp3tetragonalBC2Ncompound.J.AlloysCompd.724:229-233(2017).[3]XuechunXu,BoJiang,YuqingGuo,YingxiangCai*,THD-grapheneusedforaselectivegasdetector.Mater.Chem.Phys.200:50-56(2017).[4]YingxiangCai*,YuqingGuo,XuechunXuandBoJiang,First-principleinvestigationofdehalogenation2,5-diiodo-3,4-ethylenedioxythiophenemoleculeadsorptiononCu(110)-(2×1)Osurface.Surf.Sci.,665:83-88(2017).[5]HengLiu,YujieHu,HaoWang,BoJiang,XuechunXuandYingxiangCai*,Dissociationandreconstructionofdouble-deckerbis(phthalocyaninato)terbium(III)complex(TbPc2)onPd(001):Atheoreticalinvestigation.Surf.Sci.,655:12(2017).[6]YingxiangCai*,HaoWang,ShengliangXu,YujieHu,NingLiuandXuechunXu,Multiporouscarbonallotropestransformedfromsymmetry-matchedcarbonnanotubes.AIPAdvances,6:065225(2016).[7]Yu-JieHu,Sheng-LiangXu,HaoWang,HengLiu,Xue-ChunXu,Ying-XiangCai*,SuperhardBC2N:anOrthogonalCrystalObtainedbyTransverselyCompressing(3,0)-CNTsand(3,0)-BNNTs.Chin.Phys.Lett.,33:106102(2016).[8]YingxiangCai*,ShengliangXu,XueleiQiao,LidongWang,YaboLiu,TianyuWangandXuechunXu,Chiralitycontrolofnonplanarleadphthalocyanine(PbPc)anditspotentialapplicationinhigh-densitystorage:atheoreticalinvestigation.Phys.Chem.Chem.Phys.,17:23651-23656(2015).[9]ShengliangXu,LidongWang,YaboLiu,RuiYuan,XuechunXu,YingxiangCai*,LightweightsuperhardcarbonallotropesobtainedbytransverselycompressingthesmallestCNTsunderhighpressure,Phys.Lett.A,379:2116(2015).[10]ShengliangXu,LidongWang,XueleiQiao,XuechunXuandYingxiangCai*,NovelBNpolymorphstransformedfromthesmallestBNNTsunderhighpressure.Comp.Mater.Sci.,110:241-246(2015).[11]JuanLiu,ChaoLi,XiaoqingLiu,YanLu,FeifeiXiang,XueleiQiao,YingxiangCai,ZhongpingWang,SanqiuLiu,andLiWang.PositioningandSwitchingPhthalocyanineMoleculesonaCu(100)SurfaceatRoomTemperature.ACSNano,8:12734(2014).[12]DuXinli,ChenFeng,ChenXiu,WuXianxin,CaiYingxiang,LiuXiaoqingandWangLi.AdsorptiongeometryofindividualfullereneonSisurfaceatroom-temperature.Appl.Phys.Lett.,97:253106(2010)[13]ChenFeng,ChenXiu,LiuLacheng,SongXin,LiuShuyi,LiuJuan,OuyangHongping,CaiYingxiang,LiuXiaoqing,PanHaibing,ZhuJunfaandWangLi,ChiralrecognitionofzincphthalocyanineonCu(100)surface,Appl.Phys.Lett.,100:081602(2012)[14]LachengLiu,ShuyiLiu,XiuChen,ChaoLi,JieLing,XiaoqingLiu,YingxiangCaiandLiWang,SwitchingMolecularOrientationofIndividualFullereneatRoomTemperature.Sci.Rep.,3:3062(2013).[15]WuXianxin,CaiYingxiang,XieQing,WengHongming,FanHengandHuJiangping.MagneticorderingandmultiferroicityinMnI2,Phys.Rev.B,86:134413(2012).[16]XiaoqingLiu,YongliWang,XinSong,FengChen,HongpingOuyang,XueaoZhang,YingxiangCai,XiaomingLiuandLiWang.RoleofThermalProcessonSelf-AssembledStructuresof4'-([2,2':6',2''-Terpyridin]-4'-Yl)-[1,1'-Biphenyl]-4-CarboxylicAcidonAu(III)Int.J.Mol.Sci.,14:5686(2013).[17]RuilinXu,JuanLiu,FengChen,NianhuaLiu,YingxiangCai,XiaoqingLiu,XinSong,MingdongDongandLiWang*.Roomtemperaturetrackingofchiralrecognitionprocessatthesinglemoleculelevel.NanoRes.,8:3505-3511(2015).[18]YingxiangCai*,XueleiQiao,Adsorptionandreconstructionofmetal-phthalocyaninemoleculesonPt(001)investigatedbydensityfunctionaltheory,Surf.Sci.,630:202(2014).[19]YingxiangCai*,XianxinWu,HengjinLiu,WenchaoFu,QianLiu,Theadsorptionandreconstructionofstrongelectronacceptortetracyanoethylene(TCNE)onSi(001)-(2×1):Adensityfunctionaltheoryinvestigation,Surf.Sci.,606:523(2012).[20]XuefuZhang,YingxiangCai*,FengChen,HuihuiKong,HongpingOuYang,ShuyiLiu,XiaoqingLiuandLiWang*.Ag-inducedSi(100)reconstruction:Si(100)-(2√2×2√2)R45º-Ag.Phys.Rev.B,84:153411(2011).[21]CaiYing-Xiang*andXuRui,First-PrinciplesStudyoftheγAngleDeformationPathintheWurtzite-to-RocksaltPhaseTransitioninAluminumNitride.ChinesePhys.Lett.,27:096402(2010).[22]XinliDu,FengChen,XiuChen,XianxinWu,YingxiangCai,XiaoqingLiuandLiWang*,AdsorptiongeometryofindividualfullereneonSisurfaceatroom-temperature.Appl.Phys.Lett.,97:253106(2010).[23]CaiYing-Xiang*andXuRui,SynthesizingMetastableRocksalt-TypeMgTeBasedonHigh-PressureSolid-StatePhaseTransition:AFirst-PrinciplesStudy.ChinesePhys.Lett.,26:113101(2009).[24]LiuChangle*,YuJie,WuSongtao,CaiYingxiangandPanWanjiang,PreliminaryDesignandAnalysisofITERIn-WallShielding.PlasmaSci.Technol.,9:94(2007).[25]YingxiangCai*andRuiXu,Atomicmechanismofzinc-blendetoNiAshigh-pressurephasetransitioninBeTe.J.Phys.:Condens.Matter,20:485218(2008).[26]CaiYingxiang*,WuSongtao,YuJieandLiuChangle,StructuralAnalysisofITERLowerIn-Vessel-ViewingPort.PlasmaSci.Technol.,8:736(2006).[27]CaiYingxiang*,WuSongtaoandYuJie,StructuralAnalysisoftheITERVVLowerPortRegion.PlasmaSci.Technol.,9:492(2007).[28]CaiYingxiang*,YuJieandWuSongtao,TheEffectofHydrostaticPressureandSeismicLoadonITERLowerCryopumpPorts.PlasmaSci.Technol.,9:216(2007).[29]YingxiangCai*,SongtaoWu,RuiXu,andJieYu,Pressure-inducedphasetransitionanditsatomisticmechanisminBeO:Atheoreticalcalculation.Phys.Rev.B,73:184104(2006).[30]YingxiangCai*,SongtaoWu,JieYu,andRuiXu,Structuralstabilityandphase-transitionmechanismofMgTeunderpressure.Phys.Rev.B,74:214112(2006). 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