个人简介
个人简介
1979年8月出生于湖南省新宁县;
2006年毕业于哈尔滨工业大学,获理学博士学位(光学);
2006年-2008年于清华大学电子工程系进行博士后研究;获一等中国博士后基金资助;
2008年4月起-至今供职于桂林电子科技大学;
2008年12月晋升教授。
一直致力于超表面及超材料、光子晶体和微结构光纤及功能器件、太赫兹传输技术、光通信网络的研究,作为科研骨干,主持和参与多项973、863、国家自然科学基金重大国际合作、国家自然科学基金重点项目的研究工作,取得了较好的研究成果。
在国内外高水平杂志上发表第一作者论文50余篇,其中SCI引用论文近40篇,他引600余次,EI引用论文40余篇,ISTP引用论文5篇,参编英文学术著作2部,授权专利8项。
目前主要的研究方向有:1、超表面与超材料技术;2、光子晶体光纤及其应用;3、太赫兹理论与技术;
热烈欢迎对研究方向有兴趣并具备一定数理基础和英语水平的同学加入我们课题组。
教育背景
1997.09-2001.07湖南吉首大学本科
2001.09-2003.03哈尔滨工业大学硕士研究生
2003.03-2006.03哈尔滨工业大学博士研究生
工作经历
2003.05-2005.12中科院长春光学精密机械与物理研究所激发态实验室
2006.03-2008.03清华大学电子工程系电子科学与技术博士后流动站
2008.04-至今桂林电子科技大学
2014.07-2015.07英国Heriot-Watt大学访问学者
主要荣誉
学术活动
教学信息
激光原理与技术;非线性光学;光纤通信技术;光电子技术
历届研究生:
2018:李诚皓;张逸伦
2017:陈晨;高文文;张文波
2016:赵德平;王崇云
2015:常林孜(国家奖学金);肖晓飞(国家奖学金)
2014:孙伟(国家奖学金,校级优秀论文);蔡建瑾
2013:盛朋驰;杨骏风;童秀倩
2012:张社强(国家奖学金);李卫;尚军萍
2011:聂娟(国家奖学金);张智刚(国家奖学金);张健坤
2010:唐剑(国家奖学金,自治区优秀论文);罗登
2009:徐文波(校级优秀论文);苏贤续;黎薇(校级优秀论文);赵娟
2008:杨清
科研项目
1、广西自然科学基金面上项目,基于全介质超表面的光偏振操控机理及应用研究,在研,主持。
2、国家自然科学基金项目,基于超表面结构的THz辐射偏振调控机制及应用研究,在研,主持。
3、广西精密导航技术与应用重点实验室主任基金项目,基于石墨稀、介质超表面的光偏振调控平板光电集成器件研究,在研,主持。
4、广西精密导航技术与应用重点实验室主任基金项目,石墨烯太赫兹表面等离子体波导及太赫兹超表面研究,已结题,主持。
5、广西信息科学实验中心主任基金项目,基于Metasurface的光束调控机制及相应平面超薄光学器件的研究,已结题,主持。
6、广西自然科学基金青年项目,基于光子晶体结构的太赫兹辐射源及太赫兹传输波导研究,已结题,主持。
7、国家自然科学基金重点项目,毫米波光纤无线系统理论与技术的研究,已结题,参加。
8、光通信与光波技术教育部重点实验室(北京邮电大学)开放基金项目,微结构光纤在波长变换技术中的应用研究,已结题,主持。
9、国家自然科学基金重点项目,光分组交换关键技术与实验平台,已结题,参加。
10、国家高技术研究发展计划(863),光子晶体光纤及其器件的研制与开发,已结题,参加。
11、中国博士后基金(一等),基于微结构光纤的40Gb/s光纤通信系统中动态色散补偿技术研究,已结题,主持。
12、国家重点基础研究发展计划(973计划),新一代通信光电子集成器件及光纤的重要结构及工艺创新与基础研究的子课题:基于微结构光纤的光传输色散管理理论及技术创新,已结题,参加。
13、国家自然科学基金面上项目,具有环形共振腔结构的非线性全光开关,已结题,参加。
知识产权
授权的专利:
(1)陈明,李卫,李海鸥,何倩,陈名松,陈辉,一种时分波分混合复用无源光网络系统,2017,中国
(2)陈明,张社强,李海鸥,一种高可再生性的时分复用光纤光栅传感网络,2016,中国
(3)陈明,童秀倩,李海鸥,尚军萍,陈辉,一种楔形表面等离子体波导,2014,中国
(4)陈明,李卫,李海鸥,何倩,陈名松,陈辉,一种时分波分混合复用的无源光网络系统,2014,中国
(5)陈明,聂娟,罗登,李海鸥,陈辉,基于IRA码的OFDM光纤无线通信系统,2014,中国
(6)陈明,张社强,李海鸥,杨骏风,陈辉,一种高可再生性的时分复用光纤光栅传感网络,2014,中国
(7)陈明,罗登,徐文波,陈辉,包含多极自动增益控制模块的软件无线电接收机,2013,中国
(8)陈明,唐剑,徐文波,陈辉,太赫兹光子晶体光纤,2012,中国
近期论文
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2018年:
(1)MingChen,JianjinCai,WeiSun,LinziChang,XiaofeiXiao,High-efficiencyall-dielectricmetasurfacesforbroadbandpolarizationconversion,Plasmonics,2018,13(1):21~29
(2)MingChen,DepingZhao,JianjinCai,ChongyunWang,XiaofeiXiao,LinziChang,All-dielectricmetasurfacesforcircularlypolarizedbeam-splitterswithhighconversionefficiencyandbroadbandwidth,Optik,2018,165:41~49
(3)ZhengrenZhang,DandanWen,ChunmeiZhang,MingChen,WeiWang,ShuqiChen,XianzhongChen,Multifuctionallightswordmetasurfacelens,ACSPhotonics,2018,5(5):1794~1799
(4)XiaofeiZang,FengliangDong,FuyongYue,ChunmeiZhang,LihuaXu,ZhiweiSong,MingChen,Pai-YenChen,GeraldS.Buller,YimingZhu,SonglinZhuang,WeiguoChu,ShuangZhang,XianzhongChen,Polarizationencodedcolorimageembeddedinadielectricmetasurface,AdvancedMaterials,2018,30(21):1707499
(5)HouquanLiu,ChuanxinTeng,HongyanYang,HongchangDeng,RonghuiXu,ShijieDeng,MingChen,LiboYuan,Proposedphaseplateforsuperimposedorbitalangularmomentumstategeneration,OpticsExpress,2018,26(11):14792~14799
(6)ChuanxinTeng,HouquanLiu,HongchangDeng,ShijieDeng,HongyanYang,RonghuiXu,MingChen,LiboYuan,JieZheng,LiquidlevelsensorbasedonaV-groovestructureplasticopticalfiber,Sensors,2018,18(9):3111
2017年:
(1)MingChen,LinziChang,XiGao,HuiChen,ChongyunWang,XiaofeiXiao,DepingZhao,Widebandtunablecrosspolarizationconverterbasedonagraphenemetasurfacewithahollowcarved“H”Array,IEEEPhotonicJournal,2017,9:4601011
(2)MingChen,WeiSun,JianjinCai,LinziChang,XiaofeiXiao,Frequency-tunablemid-infraredcrosspolarizationconvertersbasedongraphenemetasurface,Plasmonics,2017,12:699~705
(3)MingChen,XiaofeiXiao,LinziChang,CongyunWang,DepingZhao,High-efficiencyandmulti-frequencypolarizationconvertersbasedongraphememetasurfacewithtwietingdoubleL-shaptedunitstructurearray,OpticsCommunications,2017,394(1):50~55
(4)MingChen,WeiSun,JianjinCai,LinziChang,XiaofeiXiao,Frequency-tunableterahertzabsorbersbasedongraphenemetasurface,OpticsCommunications,2017,382(1):144~150
(5)MingChen,LinziChang,XiuqianTong,XiaofeiXiao,HuiChen,Plasmonicquarter-waveplatewithU-shapednanopatches,Optik,2017,134(1):179~186
(6)ChunmeiZhang,FuyongYue,DandanWen,MingChen,ZhengrenZhang,WeiWang,XianzhongChen,Multichannelmetasurfaceforsimulyaneouscontrolofhologramsandtwistedlightbeams,ACSPhotonics,2017,4(8):1906~1912
(7)XiGao,WanliYang,WeipingCao,MingChen,YannanJiang,XinhuaYu,HaiouLi,Bandwidthbroadeningofagraphene-basedcircularconverterbyphasecompensation,OpticsExpress,2017,25(20):23945~23954
2016年:
(1)MingChen,PengchiSheng,WeiSun,JianjinCai,Asymmetricterahertzgraphene-basedhybridplasmonicwaveguide,OpticsCommunications,2016,376:41~46
(2)MingChen,JunfengYang,PengchiSheng,XiuqianTong,HuiChen,Tunablemicrowavegenerationmethodbasedonbirefringencephotoniccrystalfiber,Optik,2016,127:5990~5999
(3)DandanWen,ShumeiChen,FuyongYue,KinlongChan,MingChen,MarcusArdron,KingFaiLi,PolisWingHanWong,KokWaiCheah,EdwinYueBunPun,GuixinLi,ShuangZhang,XianzhongChen,Metasurfacedevicewithhelicity-dependentfunctionality,AdvancedOpticalMaterials,2016,4(2):321~327
2015年:
(1)XianzhongChen,MingChen,MuhammadQasimMehmood,DandanWen,FuyongYue,ChengweiQiu,ShuangZhang,Longitudinalmultifocimetalensforcircularlypolarizedlight,AdvancedOpticalMaterials,2015,3(9):1201~1206
(2)DandanWen,FuyongYue,GuixinLi,GuoxingZheng,KinglongChan,ShumeiChen,MingChen,KingFaiLi,PolisWingHanWong,KokWaiCheah,EdwinYueBunPun,ShuangZhang,XianzhongChen,Helicitymultiplexedbroadbandmetasurfaceholograms,NatureCommunications,2015,6(8241):1~7
(3)DandanWen,FuyongYue,SantoshKumar,YongMa,MingChen,XimingRen,PeterE.Kremer,BrianD.Gerardot,MohanmmadR.Taghizadeh,GeraldS.Buller,XianzhongChen,Metasurfaceforcharacterizationofthepolarizationstateoflight,OpticsExpress,2015,23(8):10272~10281
(4)陈佳佳,盛朋驰,杨骏风,陈明,陈辉,低损耗表面等离子体波导慢光传输的研究,激光与光电子学进展,2015,52:112401-1~112401-6
2014年:
(1)SheqiangZhang,MingChen,QianHe,WeiChen,HuiChen,HaiouLi,QuasidistributedfiberBragggratingsensornetworkbasedonselfheterodynedetectiontechnique,OpticalEngineering,2014,53(5):057107-1~057107-7
(2)ZhigangZhang,JianTang,DengLuo,MingChen,HuiChen,HaiouLi,MingsongChen,ZhiyiHe,NingHe,QianHe,Researchonterahertzphotoniccrystalfibercharacteristicswithhighbirefringence,Optik,2014,125(9):154~158
(3)JiankunZhang,JunpingShang,MingChen,ZhigangZhang,QianHe,Propagationpropertiesanalysisofasurfaceplasmonicwaveguidewithtwowedgesseparatedbyanano-gap,JournalofOpticalCommunications,2014,35(2):117~130
2013年:
(1)JuanNie,MingChen,Anovelrepeataccumulatecodesfor40-Gb/sOFDM-ROFsystems,20138thInternationalConferenceonCommunicationsandNetworkinginChina(CHINACOM),Guilin,2013.8.14-2013.8.16
(2)JianTang,ZhigangZhang,DengLuo,MingChen,HuiChen,Highbirefringenceterahertzphotoniccrystalfiber,OpticalEngineering,2013,52(1):014004-1~014004-7
2012年:
(1)MingChen,JuanZhao,TiansongLi,ShengyunYu,MingsongChen,Wavelengthconversionbasedonhighnonlinearmicrostructuredfiber,Optik,2012,123(9):502~506
(2)黎薇,陈辉,陈明,高对称性模场分布的高双折射光子晶体光纤,中国激光,2012,39(2):0205002-1~0205002-4
2011年:
(1)MingChen,Frequency-tunableterahertzelectromagnetic-pulsesgenerationbasedonanopticalFabry-Perotmicroresonatorwithvariablebirefringencematerial,MicrowaveandOpticalTechnologyLetters,2011,53(12):2879~2882
(2)赵娟,徐文波,苏贤续,黎薇,杨清,陈明,包含掺铒光纤和微结构光纤的光纤环镜光开关,光子学报,2011,40(7):989~993
2010年:
(1)MingChen,QingYang,TiansongLi,MingsongChen,NingHe,Newhighnegativedispersionphotoniccrystalfiber,Optik,2010,121:867~871
(2)MingChen,YanlanTan,TiansongLi,Wavelengthconversiontechniquebasedonselfphasemodulationinhighlynonlinearmicrostructurefiber,OptoelectronicsLetters,2010,6(4):0278~0280
2008年:
(1)MingChen,SigangYang,FeifeiYin,HongweiChen,ShizhongXie,Designofanewtypehighbirefringencephotoniccrystalfiber,OptoelectronicsLetters,2008,4(1):0019~0022
(2)MingChen,SigangYang,JinyanLi,WeiChen,ShizhongXie,PMDcompensationusingbirefringencephotoniccrystalfiberin40Gbit/sopticalcommunicationsystem,OptoelectronicsLetters,2008,4(1):0030~0032
(3)MingChen,ShizhongXie,Newnonlinearanddispersionflattenedphotoniccrystalfiberwithlowconfinementloss,OpticsCommunications,2008,281(8):2073~2076
(4)SigangYang,HongweiChen,CiyuanQiu,MingChen,MinghuaChen,ShizhongXie,JinyanLi,WeiChen,Slow-lightdelayenhancementinsmall-corepuresilicaphotoniccrystalfiberbasedonBrillouinscattering,OpticsLetters,2008,33(2):95~97
2007年:
(1)MingChen,YejinZhang,LinaHe,ZhijianSi,SigangYang,JieSun,YeZhang,HongweiChen,ShizhongXie,Simultaneousmonitoringmethodforchromaticdispersionandpolarizationmodedispersionbasedonpolarizationmodulation,J.Opt.A:PureAppl.Opt.,2007,9(4):320~324
(2)MingChen,ChunfeiLi,MaiXu,WeibiaoWang,ShaojieMa,YuxueXia,Eye-protectionglassesagainstYAGlaserinjurybasedonthebandgapreflectionofone-dimensionalphotoniccrystal,Optics&LaserTechnology,2007,39(6):214~218
(3)MingChen,LinaHe,YitangDai,YejinZhang,SigangYang,HongweiChen,ShizhongXie,Chromaticdispersionmonitoringmethodbasedonsemiconductoropticalamplifierspectralshiftin40Gbit/sopticalcommunicationsystems,OpticalEngineering,2007,46(11):115008-1~115008-6
(4)MingChen,LinaHe,SigangYang,YejinZhang,HongweiChen,ShizhongXie,ChromaticdispersionandPMDmonitoringandcompensationtechniquesstudiesinopticalcommunicationsystemswithsinglechannelspeed40Gbit/sandCSRZformat,OpticsExpress,2007,15(12):7667~7676
(5)MingChen,FeifeiYin,LinaHe,YejinZhang,SigangYang,HongweiChen,ShizhongXie,Achromaticdispersionmonitoringmethodbasedonspectral-shiftofSOA,OptoelectronicsLetters,2007,3(5):0359~0360
2005年:
(1)MingChen,ChunfeiLi,MaiXu,WeibiaoWang,YuxueXia,ShaojieMa,Opticalbistabledevicebasedonone-dimensionalphotoniccrystalwaveguide,OpticsCommunications,2005,255(1-3):46~50
(2)MingChen,ChunfeiLi,ShaojieMa,MaiXu,WeibiaoWang,YuxueXia,Opticalbistabilityswitchingpropertyinone-dimensionalnonlinearphotoniccrystal,JournalofNonlinearOpticalPhysics&Materials,2005,14(1):41~48
(3)MingChen,ChunfeiLi,YundongZhang,MaiXu,ShaojieMa,WeibiaoWang,YuxueXia,Opticallimiterwithanorganicsolutionsandwichedbetweenapolymerslabandapolymergrating,AppliedOptics,2005,44(23):4976~4979
(4)MingChen,ChunfeiLi,MaiXu,WeibiaoWang,ShaojieMa,YuxueXia,Dynamicaladdressingopticalinterconnectionbasedonone-dimensionalnonlinearphotoniccrystal,JournalofNonlinearOpticalPhysics&Materials,2005,14(3):461~468
(5)MingChen,ChunfeiLi,MaiXu,WeibiaoWang,ShaojieMa,YuxueXia,SongChen,DaliLiu,Usingone-dimensionalnonlinearphotoniccrystalfordynamicaladdressingopticalinterconnection,ICO20:OpticalInformationProcessing,editedbyYunlongSheng,SonglinZhuang,YimoZhang,Proc.ofSPIEVol.6027,Changchun,2005.8.24-2005.8.26
(6)MingChen,ChunfeiLi,WeibiaoWang,MaiXu,YuxueXia,SongChen,ShaojieMa,Dispersioncompensatingpropertiesofmicrostructurefiber,ICO20:OpticalCommunication,editedbyYun-ChurChung,ShizhongXie,Proc.ofSPIEVol.6025,Changchun,2005.8.21-2005.8.26