9.11大会收到的简历\刘拥军简历

刘拥军联系方式：leoyjliu2010@yahoo.com教育程度2006.1-2010.5物理学博士佐治亚大学，物理系和纳米科学和工程中心2001.9-2004.7物理电子学硕士华中科技大学，激光技术和工程研究院1993.9-1997.7物理（ 数学 数学高考答题卡模板高考数学答题卡模板三年级数学混合运算测试卷数学作业设计案例新人教版八年级上数学教学计划 ）学士华中师范大学物理系，理科基地班研究经历2006.01-Now博士研究生，佐治亚大学物理系我的主要研究工作是基于 表 关于同志近三年现实表现材料材料类招标技术评分表图表与交易pdf视力表打印pdf用图表说话 pdf 面等离子增强拉曼散射的生物传感器。我综合运用电子束曝光技术和掠入射沉积技术制造纳米棒阵列，并用它作为增强拉曼散射的基片。我对这些纳米棒阵列基片样品还系统地进行了理论和实验研究。至今大约有15篇相关的论文分别发表在APL.,PRB.,Nanotechnology,JPCC,OpticalExpressandIEEE等刊物上。1.使用电子束辅助沉积系统和小角度沉积技术制备银纳米棒陈列，并用它作为表面等离子增强拉曼散射的基片。2.对上面制备的样品进行了详细的表面等离子增强拉曼散射性质的研究。譬如这种表面等离子增强拉曼散射与激发光的入射角，激发光的偏振状态，和纳米棒的长度等等的关系。而且还提出了一个理论模型对这些性质加以解释.3.接受了佐治亚理工微电子研究中心的规模很大的超净间和仪器使用的 培训 焊锡培训资料ppt免费下载焊接培训教程 ppt 下载特设培训下载班长管理培训下载培训时间表下载 。并且在那里独立利用电子束曝光系统（JEOLJBX-9300FSEBLSystem）制备各种不同的纳米结构，譬如金纳米圆柱陈列，纳米棒阵列，和纳米梳子阵列等。并且对这些结构进行表面等离子增强拉曼散射性质的研究，譬如纳米结构的间距和形状对增强因子的影响。而且利用时域有限差分的方法从理论上 分析 定性数据统计分析pdf销售业绩分析模板建筑结构震害分析销售进度分析表京东商城竞争战略分析 了这些性质。两篇相关文章发表在APL.4.自行搭建了一个显微镜光谱系统，并用来测量拉曼光谱和反射和吸收光谱.2001.9-2004.5硕士研究生，华中科技大学我的主要研究工作是对光无源器件的研究.参与一项国家863项目“集成8*8高速热光开关”和一项自然科学基金项目“纳米孔隙聚合物波导技术”的研究.1．为热光开关制备热电极。2．利用相位分离技术制备纳米孔隙聚合物薄膜，并且利用时域有限差分的方法计算电场的分布并计算孔隙率和等效折射率的关系。职业经历2010.3-2010.至今LaserScientist,AdvancedOptowaveCooperation，美国纽约主要工作：独立承担 设计 领导形象设计圆作业设计ao工艺污水处理厂设计附属工程施工组织设计清扫机器人结构设计 和制做波长连续可调的激光器2004.7-2006.1ResearchScientist,爱莫雷大学，美国亚特兰大主要工作：帮助搭建激光散斑成像系统；为功能核磁共振成像设计和搭建视觉刺激系统；使用SPM软件矫正由功能核磁共振成像所得的老鼠视网膜图像。1997.7-2001.9大学物理教师，武汉工业学院主要教学科目:大学物理,理论力学和现代物理初步荣誉和奖项2008-2009荣获在美国硅谷（圣何塞）举行的第56届美国真空协会国际会议和展览会研究生优秀研究奖，2008-2009第一届佐治亚大学物理系SeanM.Kirkpatric杰出博士研究生研究奖2002-2003华中科技大学激光技术和工程研究院优秀论文奖2001-2002华中科技大学激光技术和工程研究院优秀论文奖2000-2001武汉工业学院年终教学评比第三名1993-1994华中师范大学，理科基地班奖学经技能专业技术技能:JEOLJBX-9300FSEBLSystem,CEE100CBSpinner,KarlSussMA-6MaskAligner,CVCE-BeamEvaporator,Plasma-ThermRIE,PVD75RFSputter,STSPECVD,WoollamEllipsometer,NanospecRefractometer,VeecoAFM,FEIInspectFSEM,RamanSpectroscopy,Fiber-Opticspectroscopy(UV-IR),andsoon计算机技能:Windows,Dos,MicrosoftOffice,MicrosoftVisio,Origin,Matlab,C,ImageJ,Imagetool,StmCalc,AutoCad2008,designworkshop2000,MacromediaFlashMX2004andalittlebitUnixandLinuxOS.专利1.Y.-P.Zhao,andY.-J.Liu,FiberOpticSERSSensorSystemandSERSProbe,USApatent7656525B22.Y.-P.Zhao,H.-Y.Chu,R.Dluhy,Y.-W.Huang,Y.-J.Liu,andR.Tripp,SilverNanorodArrayasaSERSSubstrateforE.coliO157:H7Detection,USApatent发表的论文1.QinZhou,Y.-J.Liu,Y.-P.He,ZhengjunZhangandY.-P.Zhao,Theeffectofunderlayerofthinfilmsonthesurface-enhancedRamanscatteringresponseofAgnanorodsubstrates,Appli.Phys.Lett.,(accepted)(2010)2.ChienYLin,YunHWang,JungYHuang,Y.-J.Liu,andY.-P.Zhao,Impactofelectricquadrupolarcouplingontheopticalresponseofanarrayofnano-objects,J.Phys.Con.Matt.22,225301(2010)3.Y.-J.Liu,HsiaoYunChu,andY.-P.Zhao,Silvernanorodarraysubstratesfabricatedbyobliqueangledeposition:morphological,optical,andSERScharacterizations,J.Phys.Chem.C114,8176(2010)4.Y.-J.Liu,Z.-Y.Zhang,R.DluhyandY.-P.Zhao,OrderedAgNanorodArrayPreparedbyTemplateObliqueAngleDeposition,J.RamanSpectrosco.,publishedonline(2009)5.Y.-J.Liu,Z.-Y.Zhang,Q.Zhao,R.DluhyandY.-P.Zhao,TheSurfaceEnhancedRamanScatteringfromAgNanorodArraySubstrate:theSiteDependentenhancementandLayerAbsorbanceEffect,J.Phys.Chem.C113,9664(2009)6.Z.-Y.Zhang,Y.-J.Liu,Q.Zhao,andY.-P.Zhao,TheEffectofLayerAbsorbanceforComplexSERSSubstrates,Appl.Phys.Lett.94,143107(2009)7.Y.-J.Liu,Z.-Y.Zhang,Q.Zhao,R.DluhyandY.-P.Zhao,TheRoleofNanospineintheNanocombArraysforSurfaceEnhancedRamanScattering,Appl.Phys.Lett.94,033103(2009)8.C.L.Leverette,E.Villa-Aleman,S.Jokela,Z.-Y.Zhang,Y.-J.Liu,Y.-P.Zhao,andS.A.Smith,TraceDetectionandDifferentiationofUranyl(VI)ionCastFilmsUtilizingAlignedAgNanorodSERSSubstrates,VibrationalSpectroscopy(2008)9.Y.-J.Liu,Z.-Y.Zhang,Q.Zhao,andY.-P.Zhao,RevistingSeparationDependentSurfaceEnhancedRamanScattering,Appl.Phys.Lett.93,173106(2008)10.Y.-P.He,Y.-J.Liu,andY.-P.Zhao,FormationofSub-microMgH2WhiskersduringtheHydrogenationofTiDopedMgFilm,Nanotechnology19,465602(2008)11.Y.-J.Liu,Y.-P.Zhao,SimpleModelforSurface-enhancedRamanScatteringfromTiltedSilverNanorodArraySubstrates,Phys.Rev.B78,075436(2008)12.J.D.Driskell,S.Shanmukh,Y.-J.Liu,S.B.Chaney,X.J.Tang,Y.-P.Zhao,andR.A.Dluhy,TheUseofAlignedSilverNanorodArraysPreparedbyObliqueAngleDepositionasSurfaceEnhancedRamanScatteringSubstrates,J.Phys.Chem.C112,895(2008)13.J.D.Driskell,S.Shanmukh,Y.-J.Liu,S.Hennigan,L.Jones,Y.-P.Zhao,R.A.Dluhy,D.C.Krause,andR.A.Tripp,InfectiousAgentDetectionwithSERS-activeSilverNanorodArraysPreparedbyObliqueAngleDeposition,IEEESensorJournal8,863(2008)14.J.-G.Fan,Y.-J.Liu,andY.-P.Zhao,IntegratingAlignedNanorodArrayontoOpticalFibersforSERSProbes,Proc.ofSPIE,Vol.6327,63270R200615.Y.-P.Zhao,S.Shanmukh,Y.-J.Liu,S.B.Chaney,L.Jones,R.A.Dluhy,andR.A.Tripp,SilverNanorodArraysasHighSensitiveSERSSubstratesforViralDetection,Proc.ofSPIE,Vol.6324,63240M,200616.H.V.Chu,Y.-J.Liu,Y.Huang,andY.-P.Zhao,AHighSensitivityFiberSERSProbeBasedonSilverNanorodArray,Opt.Express15,12230(2007)17.Y.-J.Liu,J.-G.Fan,Y.-P.Zhao,S.Shanmukh,andR.A.Dluhy,AngleDependentSurfaceEnhancedRamanScatteringObtainedfromaAgNanorodArraySubstrates,Appl.Phys.Lett.89,173134(2006)18.T.Sun,D.Zhu,Z.Yang,Z.Liu,Y.-J.Liu,TheoreticalPredictionsofPhotonicsPropertiesofNanoporousCopolymerFilmsasPhotonicBandGapMaterialsUsingFDTD,Appl.Phys.B82(1),89(2005)19.Y.-J.Liu,DaqingZhu,TheEffectiveRefractiveIndexModelofNanoporousFilmandExperimentalTest,LaserTechnology28(2),211(2004)(inChinese)20.Y.-J.Liu,DaqingZhu,TheEffectiveRefractiveIndexModelofNanoporousFilmandFDTDSimulating,ProgressinNaturalScience13(12),1301(2003)(inChinese)21.Y.-J.Liu,DaqingZhu,ZhenyuYang,NaNing,andDongshengLu,TheRelationshipbetweentheEffectiveRefractiveIndexandPore-ratioofNanoporousPolymerFilm,Proc,SPIEPhotonicsAsian2002,4923:80~84(2002)22.NaNing,DaqingZhu,ZhenyuYang,Y.-J.Liu,ZheneXu,andAigingZhang,NanoporousPolymerFilmsforOpticalPlanarWaveguide,SPIE2002,4904:490~494(2002)23.ZhenyuYang,DaqingZhu,DongshengLu,MingZhao,NaNing,Y.-J.Liu,StudyoftheRelationshipbetweenPorousRatioandEffectiveIndexinNanoporousFilm,opticalandQuantumElectronics35,1133(2003)24.YangZhenyu,ZhuDaqing,LuDongsheng,ZhaoMing,NingNa,Y.-J.Liu,StudyofTheRelashionshipbetweenPorousRatioandEffectiveIndexinNanoporousFilm,ActaOpticaSinica.23(11),1366(2003)会议报告和张贴1.Y.-J.Liu,Z.-Y.Zhang,R.A.DluhyandY.-P.Zhao,Surface-enhancedRamanScatteringfromAgNanorodsArraySubstrates:CharacteristicsandOrigin,oralpresentation,56rdAVS,SanJose(2009)2.Y.-J.Liu,Z.-Y.Zhang,andY.-P.Zhao,PatternedAgNanorodsArrayasSERSSubstratesbyTemplateMediatedOAD,oralpresentation,55rdAVS,Boston(2008)3.J.-G.Fan,Y.-J.Liu,andY.-P.Zhao,IntegratingAlignedNanorodArrayontoOpticalFibersforSERSProbes,Posterpresentedatthe53rdAVSinternationalsymposiumandexhibition,SanFrancisco,CA.Nov.20064.Y.-P.Zhao,S.Shanmukh,Y.-J.Liu,S.B.Chaney,L.Jones,R.A.Dluhy,andR.A.Tripp,SilverNanorodArraysasHighSensitiveSERSSubstratesforViralDetection,Proc.ofSPIE(2006)5.HaiyingCheng,Y.-J.Liu,andTQDuong.Manganese-enhancedMRIRevealsLaminarStructuresintheRatRetina.Proc.Int.Soc.Magn.Reson.Med.(2006)6.HaiyingCheng,DEOlson,Y.-J.Liu,PMThule,MTPardue,andTQDuong.Lamina-specificAnatomicalandFunctionalImagingofNormalandDiabeticRetina.Proc.Int.Soc.Magn.Reson.Med.,oralpresentation(2006)7.HaiyingCheng,DEOlson,GBhagavatheeshwaran,Y.-J.Liu,MTPardue,PMThule,andTQDuong,Lamina-SpecificAnatomicalandFunctionalMRIofNormalandDiabeticRatRetinas.TheAssociationforResearchinVisionandOphthalmology’s2006AnnualMeeting(2006)8.Y.-J.Liu,DaqingZhu,ZhenyuYang,NaNing,andDongshengLu,TheRelationshipbetweentheEffectiveRefractiveIndexandPore-ratioofNanoporousPolymerFilm,Oralpresentation,Proc,SPIEPhotonicsAsianShanghai,20029.NaNing,DaqingZhu,ZhenyuYang,Y.-J.Liu,ZheneXu,andAigingZhang,NanoporousPolymerFilmsforOpticalPlanarWaveguide,Proc,SPIEPhotonicsAsianShanghai,2002