姓名：黄腾超性别：男所在学院：光电信息工程学系职称：副教授专业一：测试计量技术及仪器专业一码：080402专业二：光学工程（专业学位）专业二码：085202

姓名：阎春生性别：男所在学院：光电信息工程学系职称：副教授专业一：光学工程专业一码：080300专业二：光学工程（专业学位）专业二码：085202

姓名：王立强性别：男所在学院：光电信息工程学系职称：副教授研究方向：生物医学光子学，光机电一体化个人简介1994．9～1998．7浙江大学光电系光学技术

姓名：王冬云性别：男所在学院：光电信息工程学系职称：副教授专业一：测试计量技术及仪器专业一码：080402专业二：光学工程（专业学位）专业二码：085202

姓名：张彩妮性别：女所在学院：光电信息工程学系职称：副教授专业一：测试计量技术及仪器专业一码：080402专业二：光学工程（专业学位）专业二码：085202

姓名：胡慧珠性别：男所在学院：光电信息工程学系职称：副教授专业一：光学工程专业一码：080300专业二：光学工程（专业学位）专业二码：085202

姓名：张阿平性别：男所在学院：光电信息工程学系职称：副教授个人简介1997年9月和2000年3月分别获浙江大学学士和硕士学位。2003年12月获香港理工大学博士学位。2005年12月起任浙江大学副教授(光学工程)。2006年5月至2008年6月为美国纽约州立大学布法罗分校高级研究学者。2011年7月至2012年1月为美国加州大学圣地亚哥分校访问研究学者。现在浙江大学光电系的光及电磁波研究中心从事光纤传感和通信器件、激光微纳加工技术等研究工作，为硕士生和博士生导师。已经在国际知名期刊和会议发表研究论文有70余篇，特邀报告3次。主持或曾主持包括国家自然科学基金项目、国防预研基金、教育部留学回国人员科研启动基金、科技部基础研究973项目子课题等项目多项。曾担任2009年国际光电子与通信会议(OECC)技术委员会委员、2010年亚太光传感会议（APOS）技术委员会联合主席、2010年光纤传感器发展与产业化论坛程序委员会委员等。为国家自然科学基金、浙江等省自然科学基金、国内外知名期刊如“OptLett”、“OptExp”、“ApplOpt”、“IEEEJSTQE”、“IEEEPTL”、“IEEEJLT”、“IEEESJ”、“SensorsandActuators”、“OptCommun”等评审专家。工作研究领域1．光纤光栅、光纤传感与通信器件；2．激光微纳加工及光子器件；发表论文：1．G.-F．Yan,A．P．Zhang,G．Ma,B．Wang,B．Kim,J．Im,S．He,andY．Chung,“Fiber-opticacetylenegassensorbasedonmicrostructuredopticalfiberBragggratings,”IEEEPhotonicsTechnologyLetters,2011,DOI:10.1109/LPT.2011.2164575.2．H．Fu,X．Shu,A．P．Zhang,W．Liu,L．Zhang,S．He,andI．Bennion,“Implementationandcharacterizationofliquid-levelsensorbasedonalong-periodfibergratingMach-Zehnderinterferometer,”IEEESensorJournal,2011,DOI:10.1109/JSEN.2011.2145416.3．Y．Liu,C．Meng,A．P．Zhang,Y．Xiao,H．Yu,andL．Tong,“CompactmicrofiberBraggGratingswithhigh-indexcontrast,”OpticsLetters,Vol．36,Iss．16,pp．3115-3117,2011.4．A．P．Zhang,G．F．Yan,S.-R．Gao,S．He,B．Kim,J．Im,andY．Chung,“Microfluidicrefractive-indexsensorsbasedonsmall-holemicrostructuredopticalfiberBragggratings,”AppliedPhysicsLetters,Vol.98,pp．221109,2011.5．S.-R．Gao,A．P．Zhang,H.-Y．Tam,L．H．Cho,andC．Lu,“All-opticalfiberanemometerbasedonlaserheatedfiberBragggratings,”OpticsExpress,Vol．19,Iss．11,pp．10124–10130,2011．6．J.-J．Zhu,A．P．Zhang,B．Zhou,F．Tu,J.-T．Guo,W.-J．Tong,S．He,andW．Xue,“EffectsofdopingconcentrationsontheregenerationofBragggratingsinhydrogenloadedopticalfibers,”OpticsCommunications,Vol．284,pp．2808-2811,2011.7．M．Yin,B．Gu,Q．Zhao,J．Qian,A．P．Zhang,Q．An,andS．He,“Highlysensitiveandfastresponsivefiber-opticmodalinterferometricpHsensorbasedonpolyelectrolytecomplexandpolyelectrolyteself-assemblednanocoating,”AnalyticalandBioanalyticalChemistry,Vol．399,No．10,pp.3623-3631,2011.8．B．Gu,M.-J．Yin,A．P．Zhang,J.-W．Qian,andS．He,“OpticalfiberrelativehumiditysensorbasedonFBGincorporatedthin-corefibermodalinterferometer,”OpticsExpress,Vol．19,Iss．5,pp．4140–4146,2011.9．Z．Gui,J．Qian,M．Yin,Q．An,B．GuandA．P．Zhang,“Anovelfastresponsefiber-opticpHsensorbasedonnanoporousself-assembledmultilayerfilms,”JournalofMaterialsChemistry,Vol．20,pp．7754-7760,2010.10．J.-J．Zhu,A．P．Zhang,T．H．Xia,S．He,andW．Xue,“Fiber-optichigh-temperaturesensorbasedonthin-corefibermodalinterferometer,”IEEESensorsJournal,Vol．10,No.6,pp.1415-1418,2010.11．W．S．Liu,Y．H．Fu,A．P．Zhang,andS．He,“FiberBragggratingbasedwirelesssensormolewithmolatedradio-frequencysignal,”IEEEMicrowaveandWirelessComponentsLetters,Vol．20,No．6,pp．358-360,2010．12．Y．C．Wang,A．P．Zhang,M．Jiang,B．Gu,andS．He,“Core-modescattererandfiberend-facemirrorincorporatedreflectivelong-periodgratingsensors,”ElectronicsLetters,Vol．46,Iss．10,pp．710-712,2010.13．B．Zhou,A．P．Zhang,B．Gu,andS．He,“Cladding-mode-recoupling-basedtiltedfiber-Bragggratingsensorwithacore-diametermismatchedfibersection,”IEEEPhotonicsJournal,Vol．2,Iss．2,pp．152-157,2010.14．T.-H．Xia,A．P．Zhang,B．Gu,andJ.-J．Zhu,“Fiber-opticrefractive-indexsensorbasedontransmissiveandreflectivethin-corefibermodalinterferometer,”OpticsCommunications,Vol．283,Iss．10,pp.2136-2139,2010．15．Y．B．BaiandA．P．Zhang,“Novelperiodicmicrostructuresfabricatedbymulti-exposuretwo-beaminterferencelithography,”AsiaCommunicationsandPhotonicsConferenceandExhibition(ACP2010),Shanghai,China,Nov．2010(Proc．SPIE7990,799006,2010;doi:10.1117/12.888450).16．A．P．Zhang,“AdvanceinFiber-OpticRefractive-IndexSensorsandTheirApplications,”InternationalConferenceonAdvancedInfocommTechnology2010(ICAIT2010),ID:conf10a434,Hainan,China,July2010．(invitedtalk)17．MingjieYin,BoboGu,JinwenQian,andA．P．Zhang,“NovelOpticalFiberHg2+SensorBasedonElectrostaticSelf-assemblyMultilayers,”The5thSymposiumonDevelopmentandInstrializationofOpticalFiberSensors,Guangzhou,China,July,2010．18．A．P．Zhang,“Progressonthedevelopmentofwavelengthmolatedopticalfibersensors,”The5thSymposiumonDevelopmentandInstrializationofOpticalFiberSensors,Guangzhou,China,July,2010．(invitedtalk)19．W.S．Liu,A．P．Zhang,H．Y．Tam,andS．He,“Ultrasensitiverefractiveindexsensorbasedonpolarization-maintainingPCFSagnacinterferometer,”The2ndAsia-PacificOpticalSensorsConference(APOS2010),ID:P0089,Guangzhou,China,June2010.20．B．Gu,M.-J．Yin,A．PingZhang,andJ.-W．Qian,“OpticalfiberpHsensorwithmonotonicresponseinbothacidicandalkalinesolutions,”The2ndAsia-PacificOpticalSensorsConference(APOS2010),ID:P0086,Guangzhou,China,June2010.21．F．Tu,J．Guo,B．Chen,W．Tong,andA．P．Zhang,“Influenceofdopantsonthehigh-temperaturesustainabilityofFBGsfabricatedinGe/Bcodopedphotosensitivefibers,”The2ndAsia-PacificOpticalSensorsConference(APOS2010),ID:P0036,Guangzhou,China,June2010.22．B．Gu,M.-J．Yin,A．P．Zhang,J.-W．Qian,andS．He,“Low-costhigh-performancefiber-opticpHsensorbasedonthin-corefibermodalinterferometer,”OpticsExpress,Vol．17,No．25,pp．22296-22302,2009.23．M．Jiang,A．P．Zhang,Y.-C．Wang,H．Y．Tam,andS．He,“Fabricationofacompactreflectivelong-periodgratingsensorwithacladding-mode-selectivefiberend-facemirror,”OpticsExpress,Vol．17,No．20,pp．17976–17982,2009.24．A．P．Zhang,Y．Shi,andS．He,“Fabricationofnovelphotoniccrystalstructuresanddevices,”Laser&OptoelectronicsProgress,Vol．46,No．2,pp．39,2009(inChinese,awardedasOpticsinChina2008').25．G．S．He,A．P．Zhang,Q．D．Zheng,H.-Y．Qin,P．N．Prasad,S．He,andH．Ågren,“Multi-focusstructuresofultrashortself-focusinglaserbeamobservedinathree-photonfluorescentmedium,”IEEEJournalofQuantumElectronics,Vol．45,Issue7,pp．816-824,2009.26．W．Liu,H．Fu,A．P．Zhang,andS．He,“NovelfiberBragggratingsensorinterrogationschemebasedonradio-frequencysignalmeasurement,”The14thOptoElectronicsandCommunicationsConference(OECC2009),ID:P0087,HongKong,July2009.27．Y．Wang,M．Jiang,A．P．Zhang,W．Liu,andY．Bai,“FabricationofLong-PeriodGratingBasedIn-FiberReflection-ModeBiosensors,”InternationalConferenceonAdvancedInfocommTechnology2009(ICAIT2009),ID:conf07a480,Xi’an,China,June2009.28．A．P．Zhang,Y．Shi,andS．He,“FabricationofNovelPhotonicCrystalStructuresandDevices,”2009’LaserTechnologyForum,Shanghai,China,Mar．2009．(invitedtalk)29．A．P．Zhang,S．He,K.-T．Kim,Y.-K．Yoon,R．Burzynski,M．Samoc,andP．N．Prasad,“Fabricationofsubmicronstructuresinnanoparticle-polymercompositebyholographiclithographyandreactiveionetching,”AppliedPhysicsLetters,Vol．93,No．20,pp．203509,2008.30．L.-Y．Shao,S.-T．Lau,X．Dong,A．P．Zhang,H．L．W．Chan,H.-Y．Tam,andS．He,“High-frequencyultrasonichydrophonebasedonacladding-etchedDBRfiberlaser,”IEEEPhotonicsTechnologyLetters,Vol．20,No．8,pp.548-550,2008.31．A．P．Zhang,R．Burzynski,Y.-K．Yoon,P．N．Prasad,andS．He,“Doublelayerfabricationschemeforlargeareapolymericphotoniccrystalmembraneonsiliconsurfacebymulti-beaminterferencelithography,”OpticsLetters,Vol．33,No．12,pp．1303-1305,2008(selectedforpublicationbyVirtualJournalofNanoscaleScience&Technology,Volume18,Iss．4,July28,2008).32．A．P．Zhang,K.-T．Kim,R．Burzynski,M．Samoc,Y.-K．Yoon,P．N．Prasad,andS．He,“PatterningofNanoparticlesinPolymerbyHolographicLithographyandReactiveIonEtching,”HPLabsPhotonicsInterconnectForum,ID:29,PaloAlto,USA,May2008.33．L.-Y．Shao,X.-Y．Dong,A．P．Zhang,H.-Y．Tam,andS．He,“High-resolutionstrainandtemperaturesensorbasedondistributed-Bragg-reflectorfiberlaser,”IEEEPhotonicsTechnologyLetters,Vol．19,No．20,pp.1598-1600,Oct．2007.34．J.-H．Yan,A．P．Zhang,L.-Y．Shao,J.-F．Ding,andS．He,“Simultaneousmeasurementofrefractiveindexandtemperaturebyusingallong-periodgratingswithanetchingprocess,”IEEESensorJournal,Vol．7,No．9,pp．1360-1361,Sept．2007.35．L.-Y．Shao,A．P．Zhang,W.-S．Liu,H.-Y．Fu,andS．He,“Opticalrefractive-indexsensorbasedonalfiber-Bragggratingsinterposedwithamultimode-fibertaper,”IEEEPhotonicsTechnologyLetters,Vol．19,Iss．1,pp．30-32,Jan．2007.36．Z．G．Guan,A．P．Zhang,R．Liao,J．Meng,andS．He,“Wavelengthdetectionofcoherence-multiplexedsensorsbasedonlong-periodgratingpairs,”IEEESensorsJournal,Vol．7,No．1,pp.36-37．Jan．2007.37．L.-Y．Shao,S.-T．Lau,X．Dong,H.-Y．Tam,HLWChanandA.P．Zhang,“UltrasonicHydrophoneBasedonEtchedDistributed-Bragg-ReflectorFiberLaserPaper,”InternationalConferenceonIntegratedOpticsandOpticalFiberCommunication(OECC/IOOC2007),ID:111,Yokohama,Japan,July2007.38．J．F．Song,L．Y．Shao,A．P．Zhang,S．He,J．Kang,andM．Li,“Anewfiber-Bragg-gratingbaseddynamic-straininterrogationsystem,”JournalofOptoelectronics&Laser,Vol．18,pp．924-926,2007(inChinese,selectedforpublicationinEnglishsister-journal:OptoelectronicsLetters,Vol．2,pp．336-338,2006).39．A．P．Zhang,Z．G．Guan,andS．He,“Low-coherencereflectometrybasedonlong-periodgratingMach-Zehnderinterferometers,”AppliedOptics,Vol．45,Iss．22,pp．5733-5739,2006.40．Z．G．Guan,A．P．Zhang,J．Meng,andS．He,“Low-coherenceinterrogationschemeformultiplexedsensorsbasedonlong-periodgratingMach-Zehnderinterferometers,”IEEEPhotonicsTechnologyLetters,Vol．18,No．7,pp．832-834,2006.41．Z．G．Guan,A．P．Zhang,R．Liao,M．JiangandS．He,“CoherenceMultiplexingofSensorsbasedonLong-PeriodFiberGratingMach-ZehnderInterferometers,”Asia-PacificOpticalCommunications2006(APOC’06),Guangju,Korea(ProceedingsofSPIE,vol．6351,pp．635124.1-635124.9,2006).42．A．P．Zhang,X．W．Chen,J．H．Yan,Z．G．Guan,S．He,andH．Y．Tam,“Optimizationandfabricationofstitchedlong-periodgratingsforgain-flatteningofultrawide-bandEDFAs,”IEEEPhotonicsTechnologyLetters,Vol．17,No．12,pp．2559-2561,2005.43．A．P．Zhang,L．Y．Shao,J．F．Ding,andS．He,“Sandwichedlong-periodgratingsforsimultaneousmeasurementofrefractiveindexandtemperature,”IEEEPhotonicsTechnologyLetters,Vol．17,No．11,pp．2397-2399,2005.44．J．F．Ding,A．P．Zhang,L．Y．Shao,J．H．Yan,andS．He,“Fiber-taperseededlong-periodgratingpairforahighlysensitiverefractive-indexsensor,”IEEEPhotonicsTechnologyLetters,Vol.17,No．6,pp．1247-1249,2005.45．A．P．Zhang,X．W．Chen,Z．G．Guan,S．He,H．Y．Tam,andY．H．Chung,“Optimizationofstep-changedlong-periodgratingsforgain-flatteningofEDFAs,”IEEEPhotonicsTechnologyLetters,Vol．17,No．1,pp．121-123,2005.46．J．H．Yan,A．P．Zhang,L．Y．Shao,andS．He,“BroadbandWDMfilterbasedonanimprovedlong-periodgratingpair,”Asia-PacificOpticalCommunications2005(APOC’05),Shanghai,ID:6019-78(ProceedingsofSPIE,Vol．6019,pp.601925.1-601925.8,2005).47．L．Y．Shao,A．P．Zhang,J．H．Yan,andS．He,“Discriminationbetweenrefractiveindexandtemperaturebyusingasandwichedstructureoflong-periodgratings,”Asia-PacificOpticalCommunications2005(APOC’05),Shanghai,ID:6019-65(ProceedingsofSPIE,Vol．6019,pp.60191S.1-60191S.8,2005).48．J．F．Ding,A．P．Zhang,H．Y．Fu,“Experimentalcharacterizationofthespectraoftheetchedlong-periodgratings,”Asia-PacificOpticalCommunications2005(APOC’05),Shanghai,ID:6019-127(ProceedingsofSPIE,Vol．6019,pp.60193H.1-60193H.9,2005).49．X．W．Chen,A．P．Zhang,S．He,andH．Y．Tam,“Stitchedlong-periodfibergratingsforgain-flatteningofbroadbandEDFAs,”Asia-PacificOpticalCommunications2004(APOC’04),Beijing,ID:5623-170(ProceedingsofSPIE,Vol．5623,nPart2,2004,pp．1021-1028).50．A．P．Zhang,H．Y．Tam,andX．M．Tao,“ModerecouplinginanovelBragggratingpair,”OpticsLetters,Vol．28,No．7,pp.519-521,2003.51．A．P．Zhang,X．M．Tao,H．Y．Tam,“EffectsofmicrostructuresofsmartfibercompositesonembeddedfiberBragggratingsensors,”JournalofReinforcedPlasticsandComposites,Vol．22,No．14,pp．1319-1329,2003.52．A．P．Zhang,W．H．Chung,H．Y．Tam,andX．M．Tao“Structurizedfibergratingsbasedonmoderecouplingsforsensingapplications,”The16thInternationalConferenceonOpticalFibreSensors(OFS-16),ID:WeP-20,Japan2003.53．A．P．Zhang,W．H．Chung,H．Y．Tam,andX．M．Tao,“Spectraltunablereflectorbasedonconcatenatedlong-periodandfiberBragggratings,”ConferenceonLasersandElectro-OpticsEurope(CLEO/Europe’03),pp．652-652,June2003.54．A．P．Zhang,X．M．Tao,W．H．Chung,B．O．Guan,andH．Y．Tam,“Cladding-mode-assistedrecouplingsinconcatenatedlong-periodandfiberBragggratings,”OpticsLetters,Vol．27,No．14,pp．1214-1216,2002.55．B．O．Guan,A．P．Zhang,X．M．Tao,andH．Y．Tam,“Step-changedlong-periodfibergratings,”IEEEPhotonicsTechnologyLetters,Vol．14,No．5,pp．657-659,2002．56．A．P．Zhang,B．O．Guan,X．M．Tao,andH．Y．Tam,“ModecouplingsinsuperstructurefiberBragggratings,”IEEEPhotonicsTechnologyLetters,Vol．14,No．4,pp．489-491,2002．57．A．P．Zhang,B．O．Guan,X．M．Tao,andH．Y．Tam,“ExperimentalandtheoreticalanalysisoffiberBragggratingsunderlateralcompression,”OpticsCommunications,Vol．206,Iss．1-3,pp．81-87,2002.58．A．P．Zhang,X．M．Tao,W．H．Chung,B．O．Guan,andH．Y．Tam,“Novelmoderecouplingsinconcatenatedlong-periodandfiberBragggratings,”OSAAnnualmeeting&Exhibit2002,ID-ThJ3,Orlando,US,2002.59．B．O．Guan,A．P．Zhang,X．M．Tao,H．L．W．Chan,C．L．Choy,H．Y．Tam,andM．S．Demokan,“Anoveldesignoflong-periodgratingfilters,”ConferenceonOpticalFiberCommunication2002(OFC’02),pp．674-675,Anaheim,California,2002.60．A．P．ZhangandX．M．Tao,“Effectsofmicro-structuresofsmartfibercompositesonembeddedfiberBragggratingsensors,”InternationalConferenceofFRPCompositesinCivilEngineering2001(CICE2001),pp．1649-,HongKong,2001.61．A．P．Zhang,B．O．Guan,X．M．Tao,andH．Y．Tam,“EffectsofcompressionincedbirefringenceonreflectionspectraoffiberBragggratings,”InternationalSymposiumonPhotonics&Applications2001,Singapore(ProceedingsofSPIE,Vol．4595,pp．94-99,2001).62．X．M．Tao,A．P．Zhang,D．X．Yang,andH．Y．Tam,“SpectrumresponseofembeddedfiberBragggratingsensorsincomplicatedstrainfield,”InternationalConferenceonCompositeMaterials13,ID-1350,Beijing2001．“如果发现导师信息存在错误或者偏差，欢迎随时与我们联系，以便进行更新完善。联系方式”

姓名：葛剑虹性别：女出生年月：1972年11月所在学院：光电信息工程学系职称：副教授个人简介：葛剑虹，女，1972年11月出生，浙江大学光电信息系副教授。

姓名：郭冰性别：男所在学院：光电信息工程学系职称：副教授专业一：光学工程专业一码：080300专业二：光学工程（专业学位）专业二码：085202