邓新华
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资料介绍
个人简历
邓新华,博士,美国加州大学伯克利分校物理系博士后,南昌大学物理系教授,江西省中青年骨干教师,美国光学学会会员,国际SCI光学权威期刊《Opt.Lett.》、《Opt.Express》及《OpticalMaterialsExpress》及国内《ChinesePhysicsLetters》和《物理学报》特邀审稿人,IEEE光电工程与信息科学国际会议(ICOEIS2011)程序委员会委员,毫米波国家重点实验室和光电材料与技术国际重点实验室客座研究员。先后主持参与省级、国家级项目10多项,省科技厅鉴定的科技成果1项。主持完成的项目“光在非均匀特异材料中的传播与调控”荣获2011年江西省高校科技成果二等奖(成果编号:J1102004)。荣获华东六省一市物理学术第十四届联合年会优秀青年论文奖。近年来在国内外刊物和会议上发表论文50多篇,其中SCI收录30多篇;分别刊登在《Phys.Rev.》、《OpticsExpress》、《NewJ.Phys.》、《Europhys.Lett.》、《J.Opt.Soc.Am.B》、《J.Appl.Phys.》、《Appl.Phys.B:LasersO.》、《J.Phys.D:Appl.Phys.》、《J.Phys.:Condens.Mat.》、《J.Opt.》、《物理学报》和《科学通报》等国内外权威刊物上。获奖情况:1.邓新华“光在非均匀特异材料中的传播与调控”荣获2009-2010年度江西省高校科技成果二等奖(成果编号:J1102004)。排名第一。2.邓新华“单负材料光子晶体中的可调共振隧穿模”获华东六省一市物理学术会议第十四届联合年会青年优秀论文一等奖。排名第一。3.邓新华2011年获得“江西省高校中青年骨干教师”荣誉称号。4.邓新华荣获2011年国家留学基金(全年资助)近5年承担的项目情况:1国家自然科学基金项目,基于石墨烯的新型复合结构特异材料(metamaterials)实现对THz波的全新操控机制研究,编号:11664025,2017.1—2020.12,直接经费42万元,主持,在研。2国家自然科学基金项目,等离子体Airy光束的调控及其动力学行为研究,编号:11264029,2013.1—2016.12,50万元,第一参与人,在研。3江西省自然科学基金,基于石墨烯的可调谐新型特异材料对THz波传播和调控研究,编号:20161BAB201012,2016.1—2017.12,10万元,主持,在研。4江西省教育厅科学技术研究项目(重点项目)基于石墨烯的宽频可调谐超高速光开关的设计、制备及应用研究,编号:GJJ1500212016.1—2018.12,5万元,主持,在研。5国家重点实验室重点基金项目基于石墨烯的新型特异材料对微波毫米波传播与调控研究,编号:K2016062016.1—2018.12,15万,主持,在研。6江西省学位与研究生教育教学改革研究项目,光学工程专业研究生创新型学习教学模式研究与实践,编号:JXYJG-2016-020,2016.12—2018.12,1万元,主持,在研。7南昌大学教学改革研究重点(招标)项目,基于虚拟仿真技术平台的创新型人才培养模式研究,编号:NCUJGLX,2016.10—2018.10,0.5万元,主持,在研。8江西省高等学校教学改革研究课题重点(招标)项目,基于虚拟仿真技术平台的创新型人才培养模式研究,编号:JXJG-16-1-9,2016.12—2018.12,2万元,主持,在研。9江西省自然科学基金,新型人工电磁材料对光孤子的操控研究,编号:2010GZW0042,2010.1—2012.12,5万元,主持。10江西省自然科学基金项目,特异材料光子晶体中光辐射与传播性质研究及应用,编号:2008GZW0003,2008.1—2010.12,3万元,主持。11江西省高校省级教改立项项目,构建创新型大学物理实验教学平台的研究,编号:JXJG-09-1-34,2010.1—2012.6,0.6万元,主持。12江西省自然科学基金,新型人工电磁材料的对称性和拓扑性质调控光的研究,编号:20122BAB202002,2012.1—2014.12,5万元,主持。13江西省教育厅科学技术研究项目,超宽频带可调谐新型人工电磁材料的设计、制备及应用研究编号:GJJ12007,2012.1—2014.12,3万元,主持。14国家重点实验室开放基金重点项目,新型人工电磁材料对光子的操控研究,编号:KF2010-MS-05,2011.1—2013.12,15万,主持。15国家重点实验室开放基金项目,特异材料中微波毫米波传播的非线性特性与操控研究,编号:K201216,2012.1—2015.12,10万元,主持。16国家重点实验室开放基金项目,电磁波在非均匀特异材料中的传播与调控,编号:K200901,2009.9—2011.6,10万元,主持。17江西省教育厅科学技术研究项目,光在非均匀的单负材料中的传播与控制,编号:GJJ09073,2009.1—2010.12,2万元,主持。18教育部重点实验室开放基金项目,两种光子作用下非晶硫系半导体波导的非线性光学效应研究,编号:OS08-4,2008.1—2011.12,5万元,第一参与人。19江西省主要学科学术和技术带头人培养计划项目,光子晶体中光的辐射与传播研究2006.1—2010.12,24万元,第一参与人。20国家自然科学基金项目,光子晶体微腔中自发辐射的非马尔科夫动力学过程研究,编号:10664002,2007.1—2010.12,30万元,第一参与人。研究领域
纳米超快光学、石墨烯光学特性、光子晶体、特异材料及非线性光学的基础近期论文
1.Yun-BenWu,WenYang,Tong-BiaoWang,Xin-HuaDeng,Jiang-TaoLiu.Broadbandperfectlighttrappinginthethinnestmonolayergraphene-MoS2photovoltaiccell:thenewapplicationofspectrum-splittingstructure.ScientificReports,2016,6:20955(SCI)一区2.Xin-HuaDeng,Jiang-TaoLiu,JirenYuan,Tong-BiaoWang,andNian-HuaLiu.TunableTHzabsorptioningraphene-basedheterostructures[J].OpticsExpress,2014,22(24):30177–30183.(SCI)一区3.Jiang-TaoLiu,Fu-HaiSu,Xin-HuaDeng,andHaiWang.Proposalforthemomentum-resolvedandtime-resolvedopticalmeasurementofthecurrentdistributioninsemiconductors[J].OpticsExpress,2012,20(11):11694–11699.(SCI)一区4.Xin-HuaDeng,Jiang-TaoLiu,Ji-RenYuan,Qing-HuaLiaoandNian-HuaLiu.Anewtransfermatrixmethodtocalculatetheopticalabsorptionofgrapheneatanypositioninstratifiedmedia[J].EurophysicsLetters,2015,109(2):27002(SCI)二区5.JirenYuan,HaibinHuang,XinhuaDeng,ZhihaoYue,YupingHe,NaigenZhou,andLangZhou.Photoemissioncrosssection:Acriticalparameterintheimpurityphotovoltaiceffect[J].Chin.Phys.B,2017,26(1):018503(SCI)6.JirenYuan,HaibinHuang,XinhuaDeng,MingangGong,CuicuiLiu,ZhihaoYue,ChaoGao,NaigenZhou,LangZhou.IntermediatebandmaterialsobtainedbyrapidthermalprocessofCo-implantedsilicon[J].MaterialsLetters,2017,209:522–524(SCI)7.Jiang-TaoLiu,Xin-HuaDeng,WenYangandJunLi.Perfectlighttrappinginnanoscalethicknesssemiconductorfilmswitharesonantbackreflectorandspectrum-splittingstructures[J].Phys.Chem.Chem.Phys.,2015,17(5):3303-3308(SCI)(IF4.2)二区8.Jie-HuiHuang,Zhang-YangChen,Tian-BaoYu,Xin-HuaDeng,Jiang-TaoLiu,andNian-HuaLiu.Dynamicsofthree-qubitentanglementinphotoniccrystals[J].PhysicalReviewA,2012,85(1):014301-1-5.(SCI)二区9.Jang-TaoLiu,Fu-HaiSu,Xin-HuaDengandHaiWang.Directmapofthescatteringcurrentinrealtimebyusingthetwo-coloropticalcoherenceabsorptionspectrum[J].EurophysicsLetters,2012,99(6):67008.(SCI)二区10.Jiang-TaoLiu,Fu-HaiSu,HaiWang,andXin-HuaDeng.Effectsofopticalfieldsonthetunnelingtimeofchiralelectronsingrapheme[J].NewJournalofPhysics,2012,14(1):013012-1-7.(SCI)二区11.J.T.Liu,F.H.Su,H.WangandX.H.Deng.TheinfluenceoftheopticalStarkeffectonchiraltunnelingingrapheme[J].EurophysicsLetters,2011,95(2):24003-p1-p5.(SCI)二区12.X.H.Deng,L.G.Fang,J.T.Liu,L.E.Zou,N.H.Liu.Multichannelfilteringpropertiesofphotoniccrystalscontainingsingle-negativematerials[J].AppliedPhysicsB:LasersandOptics,2010,99(3):507–511.(SCI)二区13.Xin-HuaDeng,Nian-HuaLiu,Jiang-TaoLiu,Qing-HuaLiao,Tian-BaoYu.Enlargementofpolarization-independentomnidirectionalbandgapsinthephotonicheterostructurescontainingsingle-negativematerials[J].JournaloftheOpticalSocietyofAmericaB,2010,27(6):1174-1178.(SCI)二区14.YuanJi-Ren,HuangHai-Bin,DengXin-Hua,LiangXiao-Jun,ZhouNai-Gen,ZhouLang.Enhancednear-infraredresponsivityofsiliconphotodetectorbytheimpurityphotovoltaiceffect.Chin.Phys.B,2015,24(4):048501.(SCI)15.Xue-YongDeng,Xin-HuaDeng,Fu-HaiSu,Nian-HuaLiu,andJiang-TaoLiu.Broadbandultra-hightransmissionofterahertzradiationthroughmonolayerMoS2.JournalofAppliedPhysics,2015,118(22):224304(SCI)16.DengXin-Hua,LiuJiang-Tao,YuanJi-Ren,WangTong-Biao.ThenewcharacteristicsmatrixmethodbasedonconductivityanditsapplicationontheopticalpropertiesofgrapheneintheTHzfrequencyrange[J].ActaPhysicaSinica,2015,64(5):057801.(SCI)17.Bao-BiaoYu,Xin-HuaDeng*,JirenYuanandQing-HuaLiaob.TunableTHzopticalbistabilityingraphene-basedheterostructures.JournalofModernOptics,2015,62(19):1650-1654.(SCI)18.DengXin-Hua,YuanJi-Ren,LiuJiang-Tao,WangTong-Biao.Tunableterahertzphotoniccrystalstructurescontaininggraphene[J].ActaPhysicaSinica,2015,64(7):074101.(SCI)19.YuanJi-Ren,ShenHong-Lie,ZhouLang,HuangHai-Bin,ZhouNai-Gen,DengXin-Hua,YuQi-Ming.beta-FeSi2asthebottomabsorberoftriple-junctionthin-filmsolarcells:Anumericalstudy[J].Chin.Phys.B,2014,23(3):038801.(SCI)20.WangTong-Biao,LiuNian-Hua,YuTian-Bao,DengXin-Hua,XuXu-Ming,andLiaoQing-Hua.ElectromagneticBlochoscillationinone-dimensionalmultiplemicrocavitiescomposedofmetamaterials[J].Chin.Phys.B,2014,23(4):044101.(SCI)21.JirenYuan,HonglieShen,LangZhou,HaibinHuang,NaigenZhou,XinhuaDeng,QimingYu.Impurityphotovoltaiceffectinsiliconsolarcellsdopedwithtwoimpurities[J].OpticalandQuantumElectronics,2014,46(11):1457-1465.(SCI)22.JirenYuan,LangZhou,XinhuaDeng,QimingYu,QinfengWu.NumericalanalysisofCu2ZnSnS4thinfilmsolarcellsusingnovelbufferlayers[J].OptoelectronicsandAdvancedMaterials-RapidCommunications,2013,7(3-4):225-230.(SCI)23.JirenYuan,HonglieShen,LangZhou,HaibinHuang,NaigenZhou,XinhuaDeng,QimingYu.Impurityphotovoltaiceffectinsiliconsolarcellsdopedwithtwoimpurities[J].OpticalandQuantumElectronics,2013,46(11):1457-1465.(SCI)24.X.H.Deng,J.T.Liu,J.R.Yuan,T.B.Wang,andN.H.Liu.Tunablebandpassfiltersbasedonone-dimensionalbilayerperiodstructurecomposedofsingle-negativematerials[J].EuropeanPhysicalJournalB,2012,85(7):232-236.(SCI)25.Tong-BiaoWang,Nian-HuaLiu,Xin-HuaDengandQing-HuaLiao.Blochoscillationsinone-dimensionalcoupledmultiplemicrocavitiescontainingnegative-indexmaterials[J].JournalofOptics,2011,13(9):095705.(SCI)IF2.026.JirenYuan,HonglieShen,HaibinHuang,andXinhuaDeng.Positiveornegativegain:Roleofthermalcapturecrosssectionsinimpurityphotovoltaiceffect[J].JournalofAppliedPhysics,2011,110(10):104508.(SCI)IF2.2127.TianbaoYu,LingjuanHe,XinhuaDeng,LiguangFang,NianhuaLiu.Powersplitterbasedonphotoniccrystalwaveguideswithanairholesarray[J].OpticalEngineering,2011,50(11):114601.(SCI)28.JirenYuan,HonglieShen,FulianZhongandXinhuaDeng.Impurityphotovoltaiceffectinsiliconsolarcellsdopedwithtellurium[J].OptoelectronicsandAdvancedMaterials-RapidCommunications,2011,5(8):866–869.(SCI)29.Xin-HuaDeng,Ji-RenYuan,Wen-QinHong,HongOuyang.TunablefiltersbasedonThue-Morsequasicrystalscomposedofsingle-negativematerials[J].PhysicsProcedia,2011,Vol.22,pp.360-365.(EI)30.JirenYuan,HonglieShen,FulianZhongandXinhuaDeng.Impurityphotovoltaiceffectinmagnesium-dopedsiliconsolarcellswithtwoenergylevels[J].PhysicaStatusSolidiA-ApplicationsandMaterialsScience,2012,209(5):2002-1006.(SCI)31.HongOuyang,Xin-HuaDeng.Direction-independentbandgapsextensionbasedonThue-Morsephotonicheterostructurescontainingnegative-indexmaterials[C].MaterialsScienceForum,2011,Vols.675-677,pp.1077-1080.(EI)32.Xin-HuaDeng,Jiang-TaoLiu,Jie-HuiHuang,LinerZou,Nian-HuaLiu.OmnidirectionalbandgapinFibonacciquasicrystalcontainingsingle-negativematerials[J].JournalofPhysics:CondensedMatter,2010,22(5):055403-1-5.(SCI)IF2.35533.LiuJiang-Tao,XiaoWen-Bo,HuangJie-Hui,YuTian-Bao,DengXin-Hua.Tunablepassbandofanomalousdispersionphotoniccrystals[J].ActaPhysicaSinica,2010,59(3):1665-1670.(SCI)34.X.H.Deng,T.BWang,J.T.Liu,J.H.Huang,T.B.Yu,Q.H.LiaoandN.H.Liu.Polarization-independentomnidirectionalbandgapsinheterostructurescontainingnegative-indexmaterials[J].EuropeanPhysicalJournalB,2010,78(1):7-12.(SCI)35.Xin-HuaDeng,Yong-GongPeng,Jiang-TaoLiu,Ji-RenYuanandLinerZou.OmnidirectionalreflectionbandextensionusingFibonacciphotonicheterostructurescontainingnegative-indexmaterials[J].JournalofModernOptics,2010,57(4):325-329.(SCI) 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