曾祥龙研究员

办公室：
延长校区行健楼1016

通信地址：
上海市延长路149号160信箱

邮政编码：
200072

电话：
021-56333172

电子邮件：
zenglong@shu.edu.cn

EnglishVersion
个人主页：
http://scie.shu.edu.cn/Portals/264/zengxl.htm
【个人简历】
曾祥龙，1977年9月出生。2004年4月毕业于上海交通大学物理系光学与光子学研究所，获得光学专业博士学位。2004年5月至2004年11月在华东师范大学精密光谱科学与技术国家重点实验室研究工作。自2004年11月任日本学术振兴学会（JSPS）的外国人特别研究员，在东京大学黑田－志村实验室进行为期两年的博士后研究工作。2007年2月进入上海大学通信学院工作，聘任为上海大学通信与信息工程学院副研究员，2010年7月破格聘为研究员。
荣誉奖励:日本学术振兴学会（JSPS）外国人特别研究员、欧盟委员会第七研发框架计划“玛丽居里”国际来访学者、上海市浦江学者人才计划获得者和上海大学优秀青年教师

【研究领域】
非线性光学及光纤技术；准位相匹配技术；飞秒脉冲压缩技术；特种光纤及其传感技术

【学术兼职】
多个国际学术期刊审稿人（OpticsLetters,OpticsExpress,IEEE/OSAJournalofLightwaveTechnology,IEEEPhotonicsTechnologyLetters,JournaloftheOpticalSocietyofAmericaB,OpticsCommunications等）

【科研项目】
近期承担的科研项目：
1.基于级联二阶非线性效应的飞秒绝热孤子脉冲压缩研究（10704047），国家自然科学基金青年基金，主持
2.基于非线性效应控制的周期量级飞秒掺镱光纤激光器研究（60978004），国家自然科学基金，主持
3.基于级联二阶非线性效应的飞秒脉冲控制研究（08PJ14056），2008年上海市浦江学者人才计划，主持
4.飞秒光纤激光器中级联非线性效应研究，2009年上海市教委科研创新基金，主持

【讲授课程】
1．《概率论与随机过程》本科课程；
2．《光电信息技术》本科课程；

【研究生培养】
已毕业研究生：王婧、王子杰
在读研究生：张倩武、贺超、詹祥、秦会政、胡俊高

【招生方向】
欢迎具有光电子学、光子学与光子技术、光通信与光传感、光学、光学工程以及通信专业背景的学生报考研究生

【代表性论著】
近期发表主要期刊论文：
1.FufeiPang,XiaolanSun,HairunGuo,JiwenYan,JingWang,XianglongZeng,ZhenyiChen,andTingyunWang,“APbSquantumdotsfiberamplifierexcitedbyevanescentwave,”OpticsExpress18,14024-14030(2010)
2.J.X.Wen,W.Y.Luo,Z.Y.Xiao,T.Y.Wang,Z.Y.Chen,andX.L.Zeng.“Formationandconversionofdefectcentersinlowwaterpeaksinglemodeopticalfiberinducedbygammaraysirradiation,”JournalofAppliedPhysics107,044904(2010)
3.ZengXL,AshiharaS,WangZJ,WangTY,ChenYP,ChaM.“Excitationoftwo-coloredtemporalsolitonsinasegmentedquasi-phase-matchingstructure.”OpticsExpress.17(19):p.16877-16884(2009).
4.ZengXL,GuoHR,ChenN,PangFF,WangTY.“Proposalforsecond-harmonicgenerationbasedonmodecouplingincoaxialopticalfiber.”IEEEPhotonicsTechnologyLetters.21(7):p.471-473(2009).
5.WangTY,ZengXL,WenJX,PangFF,ChenZY.“CharacteristicsofphotoluminescenceandRamanspectraofInPdopedsilicafiber.”AppliedSurfaceScience.255(17):p.7791-7793(2009).
6.PangFF,LiangWB,XiangWC,ChenN,ZengXL,ChenZY,WangTY.“Temperature-insensitivitybendingsensorbasedoncladding-moderesonanceofspecialopticalfiber.”IEEEPhotonicsTechnologyLetters.21(1-4):p.76-78(2009).
7.ZengXL,AshiharaS,ChenXF,ShimuraT,KurodaK.“Two-colorpulsecompressioninaperiodically-poledlithiumniobate.”OpticsCommunications.281(17):p.4499-4503(2008).
8.LuWJ,ChenYP,MiuLH,ChenXF,XiaYX,ZengXL.“All-opticaltunablegroup-velocitycontroloffemtosecondpulsebyquadraticnonlinearcascadinginteractions.”OpticsExpress.16(1):p.355-361(2008).
9.PangFF,XiangWC,GuoHR,ChenN,ZengXL,ChenZY,WangTY.“Specialopticalfiberfortemperaturesensingbasedoncladding-moderesonance.”OpticsExpress.16(17):p.12967-12972(2008).
10.GuoHR,PangFF,ZengXL,ChenN,ChenZY,WangTY.“Temperaturesensorusinganopticalfibercouplerwithathinfilm.”AppliedOptics.47(19):p.3530-3534(2008).
11.PuSL,GengT,ChenXF,ZengXL,LiuM,DiZY.“Tuningthebandgapofself-assembledsuperparamagneticphotoniccrystalsincolloidalmagneticfluidsusingexternalmagneticfields.”JournalofMagnetismandMagneticMaterials.320(19):p.2345-2349(2008).
12.PangFF,ZengXL,ChenZY,WangTY.“FabricationandcharacteristicsofsilicaopticalfiberdopedwithInPnano-semiconductormaterial.”OpticalandQuantumElectronics.39(12-13):p.975-981(2007).
13.XianglongZeng,S.Ashihara,N.Fujioka,T.Shimura,andK.Kuroda,“Adiabaticcompressionofquadratictemporalsolitonsinaperiodicquasi-phasematchinggratings,”OpticsExpress14,9358-9370(2006);
14.YupingChen,RuiWu,XianglongZeng,YuxingXiaandXianfengChen,“Type-IQuasi-phase-matchedbluesecondharmonicgenerationwithdifferentpolarizationinperiodicallypoledLiNbO₃,”OpticsandLaserTechnology38,19-22(2006);
15.FeiWu,XianfengChen,XianglongZeng,YupingChen,andYuxingXia,“Generationofmultiple-wavelengthlightsourcesforopticalcommunicationsinaperiodicopticalsuperlattice,”ChineseOpticsLetters3,708-711(2005);
16.XianfengChen,FeiWu,XianglongZeng,YuxingXia,YingliChen,“Multiplequasi-phase-matchinginnonperiodicdomain-invertedopticalsuperlattice,”PhysicsReviewA69,013818(2004);
17.XianglongZeng,XianfengChen,YupingChen,YuxingXiaandYingliChen,“Observationofall-opticalwavelengthconversionbasedoncascadedeffectinperiodicallypoledlithiumniobatewaveguide,”OpticsandLaserTechnology35,187-190(2003);
18.XianfengChen,XianglongZeng,YuxingXia,andYingliChen,“Optimaldesignofbroadenedflatbandpasselectro-opticphasemodulatorbasedonaperiodicdomain-invertedgrating,”JournalofOpticsA:PureandAppliedOptics5,159-162(2003);
19.ZengXianglong,ChenXianfeng,WuFei,ChenYuping,XiaYuxing,ChenYingli,“Second-harmonicgenerationwithbroadenedflattopbandwidthinaperiodicdomain-invertedgratings,”OpticsCommunications204,407-411(2002);
20.ChenYuping,XianfengChen,ShengwuXie,XianglongZeng,YuxingXia,YingliChen,“Polarizationdependenceofquasi-phase-matchedsecondharmonicgenerationinbulkLiNbO₃,”JournalofOpticsA:PureandAppliedOptics4,324-328(2002);
21.Y.PChen,X.FChen,X.LZeng,Y.XXia,Y.LChen,“18mWCWgreenlightgenerationbyfirst-orderquasi-phase-matchedfrequencydoublinginbulkperiodicallypoledLiNbO₃,”ACTAOPTICASINICA22,399-401(2002);
22.Y.PChen,X.FChen,X.LZeng,Y.XXia,Y.LChen,“Greenlightgeneratedbythird-orderquasi-phase-matchedfrequencydoublinginbulkperiodicallypoledLiNbO₃,”ChineseJournalofLaserB.10,68-70(2001).

会议论文:
1.ChaoHe,XianglongZeng,FufeiPang,TingyunWang,“Switchablemulti-wavelengthfiberlaserusingin-fibermach-zehnderinterferometer,”The15thOptoelectronicsandCommunicationsConference(OECC),7P-51
2.QianwuZhang,XianglongZeng,TingyunWang,“Tunablebandpassfilterinchirpedquasi-phase-matchedstructure,”The15thOptoelectronicsandCommunicationsConference(OECC),8P-61
3.ZengXL,GuoHR,ChenN,PangFF,WangTY,“Proposalforquasi-phase-matchingconditionsfornonlinearfrequencyconversionincoaxialmulti-layerfiber.”2009ICMAT,Singapore(2009)
4.X.Zeng,Z.Wang,andT.Wang,"Solitoncompressionoffemtosecondpulsesintwo-segmentquasi-phase-matchinggrating,"inAsiaCommunicationsandPhotonicsConferenceandExhibition,TechnicalDigest(CD)(OpticalSocietyofAmerica,2009),paperThP3
5.ZengXianglong,AshiharaSatoshi,ChenXianfeng,ShimuraTsutomu,KurodaKazuo.“Adiabaticcompressionofquadraticsolitonsandfrequencyshiftbyusingcascadingnonlinearities.”2007AOE,p.376-378.
6.ZengXianglong,AshiharaSatoshi,ShimuraTsutomu,KurodaKazuo.“Adiabaticfemtosecondpulsecompressionandcontrolbyusingquadraticcascadingnonlinearity.”2008,SPIE6839.
7.XianglongZeng,S.Ashihara,N.Fujioka,T.Shimura,andK.Kuroda,“Adiabaticsolitoncompressionoffemtosecondpulsesinchirpedquasi-phase-matchinggratings,”ConferenceonLasersandElectro-Optics,CLEO’06,U.S.A.,paperJThC51(2006);
8.X.Zeng,S.Ashihara,T.Shimura,K.Kuroda,“AdiabaticsolitoncompressioninengineeredQPMstructure,”66thAppliedPhysicsConference,Japan.p1026(2005);
9.X.Zeng,“Frequencyshiftbasedoncascadedsecond-ordernonlinearityeffectin1.5um,”MeetingofLightwaveSynthesis(LWS),Japan,p20-25(2004);
10.ZengXianglong,ChenXianfeng,XiaYuxing,ChenYingli,“BroadenedtravellingWavemodulationbasedonaperiodicdomain-invertedgrating,”Proc.SPIE.4906,555-560(2002);
11.WeijunLiao,XianfengChen,XianglongZeng,QuLi,YingliChen,“Electro-opticmodulatorbasedonX-cutproton-exchangedplanarlithiumniobatewaveguide,”Proc.SPIE.4904,147-153(2002);
12.X.LZeng,X.FChen,Y.PChen,“Theoreticalanalysisofoptimalall-opticalconverterbasedonperiodicallypoledLiNbO₃waveguide,”OpticalFiberandPlanarWaveguideTechnology,Proc.SPIE.4579,107-110(2001).

专利申请
1.曾祥龙，王子杰，付兴虎，王廷云，基于两段准相位匹配晶体的飞秒脉冲压缩器，专利号：ZL200910048332.6，授权公告日：2010.09.15
2.曾祥龙，郭海润，庞拂飞，陈振宜，王廷云.基于同轴光纤的二次谐波产生器，申请号：200910050356.5，申请日：2009.04.30；公开号：CN101551570，公开日：2009.10.07
3.陈娜，李承林，庞拂飞，曾祥龙，陈振宜，王廷云.激光诱导间质热疗中分布温度实时测量系统及数据处理方法，申请号：200910050353.1，申请日：2009.04.30，公开号：CN101569523，公开日：2009.11.04

ResearchProfessorZengXianglong

Office：
1016XingjianBuilding,YanchangCampus,ShanghaiUniversity

MailAddress：
160Box,149YanchangRd,Shanghai200072,People’sRepublicofChina

ZipCode：
200072

Phone：
86-21-56333172

Email：
zenglong@shu.edu.cn

中文版
URL：
http://scie.shu.edu.cn/Portals/264/zengxl.htm
EducationandProfessionalExperiences:
l07/1999-04/2004:Ph.DinOptics,ShanghaiJiaoTongUniversity,Shanghai,China
Thesis:InvestigationofnonlinearopticaleffectandapplicationbasedonlithiumniobateopticalSuperlattice,supervisedbyProf.XiaYuxingandProf.ChenXianfeng
l09/1995-07/1999:BachelorofScienceinAppliedPhysics,ShannxiNormalUniversity,Xi’anChina
BriefIntroduction
Dr.XianglongZenghasbeeninvolvedintheresearchonnonlinearopticsandQuasi-Phase-Matching(QPM)applications.Heconcentrateshisresearchnucleusaroundthecascadedquadraticnonlinearityandstudiesitsapplicationsfromall-opticalwavelengthconversiontotwo-coloredsolitoncompressioninQPMdevices.Healsopresentsgoodknowledgeinopticalfiberandfiberlasersandcontributeshiseffortsintheco-author’spapers.Meanwhile,hestartedtomanagehisresearchprogramafterhisPh.DandachievedvitalexperiencebybeingaJapanSocietyforthePromotionofScience(JSPS)PostdocinTokyoUniversity.Inparticular,heundertooktwoprogramsofNSFCandoneofShanghaiPujiangTalentedprojectintherecentyearsandissupervisingfivepostgraduateandfourundergraduatestudentsinvolvedinhisprojects.Meanwhile,hegavelecturesinShanghaiUniversity,suchasthecourseofPhotonicsTechnologyforpostgraduateandProbabilityTheoryandStochasticProcessforundergraduatestudents.
ProfessionalEmployments
l7/2010–present,ResearchProfessor,ShanghaiUniversity,China
l2/2007–7/2010,AssociateProfessor,ShanghaiUniversity,China
l11/2004–2/2007,JSPSPostdoctoralFellow,TokyoUniversity,Japan
l5/2004–11/2004,ResearchAssistant,EastChinaNormalUniversity,China
l11/2003–11/2003,VisitingScientist,PhilipsResearchEindhoven,Netherlands
Awards
lMarieCurieInternationalFellowship,EuropeanCommissionFP7
lJSPSPostdoctoralFellowship,Japan
lShanghaiPujiangTalentedScholarship,China
lOutstandingYoungTeacher,ShanghaiUniversity
GrantsandFunding
1.“Few-cyclefemtosecondYb-fiberlaserbasedonnonlinearitycontrol”byNationalNaturalScienceFoundationofChina,PI
2.“Researchonfemtosecondadiabaticsolitoncompressionbasedoncascadedquadraticnonlinearities”byNationalNaturalScienceFoundationofChina,PI
3.“Femtosecondpulsecontrollingbasedoncascadedsecond-ordernonlinearprocess”bytheShanghaiPujiangProjectforTalentedScholars,PI
4.“Solitoncompressionbasedoncascadednonlinearinteractions”byScientificResearchFoundationfortheReturnedOverseasChineseScholars,StateEducationMinistry,PI
5.“Femtosecondpulsecompressionbyusingaperiodicallyengineereddomainreversalcrystal”(2004.11-2006.12)byJapanSocietyforthePromotionofScience(JSPS)PostdoctoralFellowship(P04333).
PeerRefereeingExperience
OpticsExpress;OpticsCommunications;JournaloftheOpticalSocietyofAmerica:B;ChinesePhysics
TeachingExperienceinShanghaiUniversity
lIntroductiontofibrecommunicationsystem,winter2007
lPhotonicsTechnology,spring2008.
lProbabilityTheoryandStochasticProcess,springandfall2008
lSupervisefivepostgraduatestudents
PublicationLists
1.FufeiPang,XiaolanSun,HairunGuo,JiwenYan,JingWang,XianglongZeng,ZhenyiChen,andTingyunWang,“APbSquantumdotsfiberamplifierexcitedbyevanescentwave,”OpticsExpress18,14024-14030(2010)
2.J.X.Wen,W.Y.Luo,Z.Y.Xiao,T.Y.Wang,Z.Y.Chen,andX.L.Zeng.“Formationandconversionofdefectcentersinlowwaterpeaksinglemodeopticalfiberinducedbygammaraysirradiation,”JournalofAppliedPhysics107,044904(2010)
3.ZengXL,AshiharaS,WangZJ,WangTY,ChenYP,ChaM.“Excitationoftwo-coloredtemporalsolitonsinasegmentedquasi-phase-matchingstructure.”OpticsExpress.17(19):p.16877-16884(2009).
4.ZengXL,GuoHR,ChenN,PangFF,WangTY.“Proposalforsecond-harmonicgenerationbasedonmodecouplingincoaxialopticalfiber.”IEEEPhotonicsTechnologyLetters.21(7):p.471-473(2009).
5.WangTY,ZengXL,WenJX,PangFF,ChenZY.“CharacteristicsofphotoluminescenceandRamanspectraofInPdopedsilicafiber.”AppliedSurfaceScience.255(17):p.7791-7793(2009).
6.PangFF,LiangWB,XiangWC,ChenN,ZengXL,ChenZY,WangTY.“Temperature-insensitivitybendingsensorbasedoncladding-moderesonanceofspecialopticalfiber.”IEEEPhotonicsTechnologyLetters.21(1-4):p.76-78(2009).
7.ZengXL,AshiharaS,ChenXF,ShimuraT,KurodaK.“Two-colorpulsecompressioninaperiodically-poledlithiumniobate.”OpticsCommunications.281(17):p.4499-4503(2008).
8.LuWJ,ChenYP,MiuLH,ChenXF,XiaYX,ZengXL.“All-opticaltunablegroup-velocitycontroloffemtosecondpulsebyquadraticnonlinearcascadinginteractions.”OpticsExpress.16(1):p.355-361(2008).
9.PangFF,XiangWC,GuoHR,ChenN,ZengXL,ChenZY,WangTY.“Specialopticalfiberfortemperaturesensingbasedoncladding-moderesonance.”OpticsExpress.16(17):p.12967-12972(2008).
10.GuoHR,PangFF,ZengXL,ChenN,ChenZY,WangTY.“Temperaturesensorusinganopticalfibercouplerwithathinfilm.”AppliedOptics.47(19):p.3530-3534(2008).
11.PuSL,GengT,ChenXF,ZengXL,LiuM,DiZY.“Tuningthebandgapofself-assembledsuperparamagneticphotoniccrystalsincolloidalmagneticfluidsusingexternalmagneticfields.”JournalofMagnetismandMagneticMaterials.320(19):p.2345-2349(2008).
12.PangFF,ZengXL,ChenZY,WangTY.“FabricationandcharacteristicsofsilicaopticalfiberdopedwithInPnano-semiconductormaterial.”OpticalandQuantumElectronics.39(12-13):p.975-981(2007).
13.XianglongZeng,S.Ashihara,N.Fujioka,T.Shimura,andK.Kuroda,“Adiabaticcompressionofquadratictemporalsolitonsinaperiodicquasi-phasematchinggratings,”OpticsExpress14,9358-9370(2006);
14.YupingChen,RuiWu,XianglongZeng,YuxingXiaandXianfengChen,“Type-IQuasi-phase-matchedbluesecondharmonicgenerationwithdifferentpolarizationinperiodicallypoledLiNbO₃,”OpticsandLaserTechnology38,19-22(2006);
15.FeiWu,XianfengChen,XianglongZeng,YupingChen,andYuxingXia,“Generationofmultiple-wavelengthlightsourcesforopticalcommunicationsinaperiodicopticalsuperlattice,”ChineseOpticsLetters3,708-711(2005);
16.XianfengChen,FeiWu,XianglongZeng,YuxingXia,YingliChen,“Multiplequasi-phase-matchinginnonperiodicdomain-invertedopticalsuperlattice,”PhysicsReviewA69,013818(2004);
17.XianglongZeng,XianfengChen,YupingChen,YuxingXiaandYingliChen,“Observationofall-opticalwavelengthconversionbasedoncascadedeffectinperiodicallypoledlithiumniobatewaveguide,”OpticsandLaserTechnology35,187-190(2003);
18.XianfengChen,XianglongZeng,YuxingXia,andYingliChen,“Optimaldesignofbroadenedflatbandpasselectro-opticphasemodulatorbasedonaperiodicdomain-invertedgrating,”JournalofOpticsA:PureandAppliedOptics5,159-162(2003);
19.ZengXianglong,ChenXianfeng,WuFei,ChenYuping,XiaYuxing,ChenYingli,“Second-harmonicgenerationwithbroadenedflattopbandwidthinaperiodicdomain-invertedgratings,”OpticsCommunications204,407-411(2002);
20.ChenYuping,XianfengChen,ShengwuXie,XianglongZeng,YuxingXia,YingliChen,“Polarizationdependenceofquasi-phase-matchedsecondharmonicgenerationinbulkLiNbO₃,”JournalofOpticsA:PureandAppliedOptics4,324-328(2002);
21.Y.PChen,X.FChen,X.LZeng,Y.XXia,Y.LChen,“18mWCWgreenlightgenerationbyfirst-orderquasi-phase-matchedfrequencydoublinginbulkperiodicallypoledLiNbO₃,”ACTAOPTICASINICA22,399-401(2002);
22.Y.PChen,X.FChen,X.LZeng,Y.XXia,Y.LChen,“Greenlightgeneratedbythird-orderquasi-phase-matchedfrequencydoublinginbulkperiodicallypoledLiNbO₃,”ChineseJournalofLaserB.10,68-70(2001).
ConferenceContributions:
1.ChaoHe,XianglongZeng,FufeiPang,TingyunWang,“Switchablemulti-wavelengthfiberlaserusingin-fibermach-zehnderinterferometer,”The15thOptoelectronicsandCommunicationsConference(OECC),7P-51(2010)
2.QianwuZhang,XianglongZeng,TingyunWang,“Tunablebandpassfilterinchirpedquasi-phase-matchedstructure,”The15thOptoelectronicsandCommunicationsConference(OECC),8P-61(2010)
3.ZengXL,GuoHR,ChenN,PangFF,WangTY,“Proposalforquasi-phase-matchingconditionsfornonlinearfrequencyconversionincoaxialmulti-layerfiber.”2009ICMAT,Singapore(2009)
4.X.Zeng,Z.Wang,andT.Wang,"Solitoncompressionoffemtosecondpulsesintwo-segmentquasi-phase-matchinggrating,"inAsiaCommunicationsandPhotonicsConferenceandExhibition,TechnicalDigest(CD)(OpticalSocietyofAmerica,2009),paperThP3
5.ZengXianglong,AshiharaSatoshi,ChenXianfeng,ShimuraTsutomu,KurodaKazuo.“Adiabaticcompressionofquadraticsolitonsandfrequencyshiftbyusingcascadingnonlinearities.”2007AOE,p.376-378.
6.ZengXianglong,AshiharaSatoshi,ShimuraTsutomu,KurodaKazuo.“Adiabaticfemtosecondpulsecompressionandcontrolbyusingquadraticcascadingnonlinearity.”2008,SPIE6839.
7.XianglongZeng,S.Ashihara,N.Fujioka,T.Shimura,andK.Kuroda,“Adiabaticsolitoncompressionoffemtosecondpulsesinchirpedquasi-phase-matchinggratings,”ConferenceonLasersandElectro-Optics,CLEO’06,U.S.A.,paperJThC51(2006);
8.X.Zeng,S.Ashihara,T.Shimura,K.Kuroda,“AdiabaticsolitoncompressioninengineeredQPMstructure,”66thAppliedPhysicsConference,Japan.p1026(2005);
9.X.Zeng,“Frequencyshiftbasedoncascadedsecond-ordernonlinearityeffectin1.5um,”MeetingofLightwaveSynthesis(LWS),Japan,p20-25(2004);
10.ZengXianglong,ChenXianfeng,XiaYuxing,ChenYingli,“BroadenedtravellingWavemodulationbasedonaperiodicdomain-invertedgrating,”Proc.SPIE.4906,555-560(2002);
11.WeijunLiao,XianfengChen,XianglongZeng,QuLi,YingliChen,“Electro-opticmodulatorbasedonX-cutproton-exchangedplanarlithiumniobatewaveguide,”Proc.SPIE.4904,147-153(2002);
12.X.LZeng,X.FChen,Y.PChen,“Theoreticalanalysisofoptimalall-opticalconverterbasedonperiodicallypoledLiNbO₃waveguide,”OpticalFiberandPlanarWaveguideTechnology,Proc.SPIE.4579,107-110(2001).