![江毅[教授]](/img/1/6a1/nBnauM3XwADOyMzNwMTNyIzM2MTMwIjMyMDNwADMwAzMxAzLzUzLzczLt92YucmbvRWdo5Cd0FmLwE2LvoDc0RHa.jpg "江毅[教授]")
簡介
江毅教授江毅，男，1967年9月生。博士，教授，中國光學學會高級會員。
1987年畢業於重慶大學無線電系，分配在四川省地震局從事測震儀器的研究與維修工作。
1990年考入重慶大學光電精密儀器系，精密儀器及機械專業，師從中國工程院院士黃尚廉教授。
1993年畢業獲碩士學位，同年考取該專業博士生，繼續師從黃先生。
1996年博士畢業後到北京理工大學光電工程系431教研室工作。
2001-2002年在香港科技大學做訪問學者，並獲得博士後證書。
2004年5月和2004年7-9月，2次赴香港科技大學進行學術訪問和實驗研究。
2014.12-2015.1，美國西北大學高級訪問學者
成就
最近10年研究重點主要集中在光纖光譜域白光干涉測量技術、光纖雷射干涉測量、光纖法珀干涉儀、光纖高溫感測器領域。（1）光纖白光干涉測量術的研究。
在光譜域光纖白光干涉測量這一領域做出了傑出的研究工作，最先提出基於相位測量技術的光譜域白光干涉測量技術，研究成果包括：(1)提出了一種適合用於儀器化的等時間間隔、等波長間隔的光譜獲取技術，為形成光譜域白光干涉測量儀打下了技術基礎；(2)提出了傅立葉變換白光干涉術。(3)提出分數階傅立葉變換白光干涉測量術，解決了微距離白光干涉測量技術的問題。(4)提出了一種套用33耦合器的光纖白光干涉高速測量法；（5）套用白光干涉測量術實現了強度/相位/波長三種不同感測器的同時混合測量。
研製出多通道光纖白光干涉測量儀，在測量範圍大於100m的同時，實現測量解析度達到1nm，測量速度30Hz。測量腔長範圍從60m到10000m（解析度在不同範圍內、不同感測器質量不同，最高0.2nm）。
（2）光纖雷射干涉測量技術
雷射干涉測量技術是一種相對測量技術，適合測量振動和聲這一類動態信號。最早在國內提出基於3*3耦合器的雷射干涉測量技術，使這一技術實現了工程化套用。完善和發展了雙波長正交解調技術，形成專利技術並實現轉讓，實現了大動態範圍、高靈敏度、寬頻率範圍、對初始光程差不敏感的技術路徑。
研製出多種雷射干涉測量儀，分別適合用於全光纖M-Z干涉儀，光纖FP干涉儀，光纖Michelson干涉儀的信號解調，形成光纖聲測量儀、振動測量儀、電磁場測量儀等。
（3）光纖法珀干涉儀的研究
光纖可調諧法珀濾波器是光譜域光纖白光干涉測量術中的核心器件，同時也是光纖光柵感測器信號解調儀的核心器件，被譽為光纖感測中的CPU。從2003年開始研究這一器件，技術上解決了光纖端面空心波導的加工問題，使我們可以在光纖端面加工幾個微米尺寸的空心波導，將光纖中出纖光的模場直徑限制在不到10個微米的空間範圍，能夠形成高精細度的F-P干涉儀，並解決了自由空間中光纖端面的精確對準問題。
在套用層面：（1）研製出了可調諧光纖F-P濾波器，目前的精細度超過1000，自由光譜區範圍超過100nm，目前已經量產，得到了廣泛套用；（2）研製出高精細度光纖FP標準具，在波長間隔0.8nm或0.4nm的波長上，透射光譜線寬僅幾個pm，能夠精確的實現波長校正；（3）以之為基礎，開發出了波長掃描範圍超過80nm的可調諧雷射器，以及掃描範圍0.8nm的窄線寬雷射器；（4）首次提出並實現雙腔法珀濾波器；（5）套用這一技術研製出高精細度的光纖溫度、壓力、磁場等感測器。
還先後為美國XX公司研製出多模光纖可調諧法珀濾波器，為XX大學研製出小FSR（長腔長）的可調諧法珀濾波器，為XX大學研製出相移光纖光柵可調諧濾波器。
（4）微納光纖高溫感測器
在光纖端面套用微納加工技術，研製出高溫光纖溫度、壓力、振動、應變感測器，主要實現的技術指標是：光纖高溫溫度感測器的測量溫度達到1200°C。以及研製出高溫光纖壓力、應變、振動感測器，為多個國防項目提供了可靠的技術支持。
（6）工程套用
除了在光纖感測器的原理、技術、工藝等方面開展研究外，還積極推動光纖感測技術的工程套用。
作品
SCI論文統計[1] HongchunGao,YiJiang,YangCui,LiuchaoZhang,JingshanJia,andLanJiang.Investigationonthethermo-opticcoefficientofsilicafiberwithinawidetemperaturerange,JournalofLightwaveTechnology,36(24),5881-5886,2018..
[2] HongchunGao,YiJiang,YangCui,LiuchaoZhang,JingshanJia,andJieHu.Dual-cavityFabry-Perotinterferometricsensorsforthesimultaneousmeasurementofhightemperatureandhighpressure,IEEESensorsJournal,18(24),10028-10033,2018..
[3] Gao,HC;Jiang,Y;Zhang,LC;Jiang,L;"Five-stepphase-shiftingwhite-lightinterferometryforthemeasurementoffiberopticextrinsicFabry-Perotinterferometers",AppliedOptics,57(5),1168-1173(2018)
[4] ZhangLiuchao，YiJiang,JingshanJia,PengWang,SumeiWang,LanJiang，Fibreopticmicrovibrationsensorsfabricatedbyafemtosecondlaser，OpticsandLasersinEngineering，110:207-210,2018
[5] LiuchaoZhang,YiJiang,JingshanJia,HongchunGao,andSumeiWang.Microall-glassfiber-opticaccelerometers.OpticalEngineering,57(8):087107,2018.
[6] JingshanJia,YiJiang,LiuchaoZhang,HongchunGao,etc.Dual-wavelengthDCcompensationtechniqueforthedemodulationofEFPIfibersensors,IEEEPHOTONICSTECHNOLOGYLETTERS,1380–1383,AUGUST1,2018
[7] JingshanJia,YiJiang,GaoHongchun,Three-WavelengthPassiveDemodulationTechniqueforFiberEFPISensors,OpticsExpress,vol.27,No.16,2019
[8] WeiyiMa,YiJiangandHongchunGao，Miniatureall-fiberextrinsicFabry–Pérotinterferometricsensorforhigh-pressuresensingunderhigh-temperatureconditions，Meas.Sci.Technol.30(2019)025104(6pp)
[9] LiuchaoZhang,YiJiang,HongchunGao,JingshanJia,YangCui,SumeiWang,andJieHu."SimultaneousMeasurementsofTemperatureandPressureWithaDual-CavityFabry–PerotSensor."IEEEPhotonicsTechnologyLetters31.1:106-109，2019.
[10] LiuchaoZhang,YiJiang,HongchunGao,JingshanJia,YangCui,WeiyiMa,SumeiWang,andJieHu."Adiaphragm-freefiberFabry-Perotgaspressuresensor."ReviewofScientificInstruments，90，2025005，2019
[11] Chen,FF;Y,Jiang;Zhang,LC;Jiang,L;"Wang,SM,Fiberopticrefractiveindexandmagneticfieldsensorsbasedonmicrohole-inducedinlineMach-Zehnderinterferometers",MeasurementScienceAndTechnology,29(4),045103(2018).
[12] Dong.NN,Wang.SM,Jiang.L;Y.Jiang,Wang;P,Zhang;LC,"PressureandTemperatureSensorBasedonGrapheneDiaphragmandFiberBraggGratings",IEEEPhotonicsTechnologyLetters,30(5),431-434(2018).
[13] Gao,R;Lu,DF;Cheng,J;Jiang,Y;Qi,ZM;"Temperature-compensatedfibreopticmagneticfieldsensorbasedonaself-referencedanti-resonantreflectingopticalwaveguide",AppliedPhysicsLetters,110(13),131903(2017).
[14] Gao,R;Lu,DF;Cheng,J;Jiang,Y;Jiang,L;Xu,JD;Qi,ZM;"Fiberoptofluidicbiosensorforthelabel-freedetectionofDNAhybridizationandmethylationbasedonanin-linetunablemodecoupler",Biosensors&Bioelectronics,86,321-329(2016).
[15] Mao,YF;Hao,XL;Yuan,JH;Jiang,Y;Zhang,HL;"Near-diffraction-limited156Wlaser-diodeend-pumpedYb:YAGInnoslablaseroperatedatroomtemperature",AppliedPhysicsB-LasersAndOptics,122(11),279(2016).
[16] Gao,R;Lu,DF;Cheng,J;Jiang,Y;Jiang,L;SenYe,J;Qi,ZM;"MagneticFluid-InfiltratedAnti-ResonantReflectingOpticalWaveguideforMagneticFieldSensingBasedonLeakyModes",JournalOfLightwaveTechnology,34(15),3490-3495(2016).
[17] Mao,YF;Zhang,HL;Hao,XL;Yuan,JH;Xing,JC;Xin,JG;Jiang,Y;"8.4mJ,10kHz,3.6ns,Nd:YVO4slabamplifier",OpticsExpress,24(10)(2016).
[18] Gao,R;Lu,DF;Cheng,J;Jiang,Y;Jiang,L;Qi,ZM;"Humiditysensorbasedonpowerleakageatresonancewavelengthsofahollowcorefibercoatedwithreducedgrapheneoxide",SensorsAndActuatorsB-Chemical,222,618-624(2016).
[19] Lv,LY;Wang,SM;Jiang,L;Zhang,F;Cao,ZT;Wang,P;Jiang,Y;Lu,YF;"SimultaneousmeasurementofstrainandtemperaturebytwopeanuttaperswithembeddedfiberBragggrating",AppliedOptics,54(36),10678-10683(2015).
[20] Zhang,X;Zhang,HL;Mao,YF;Sang,SH;Zou,JY;Xing,JC;Xin,JG;Jiang,Y;"77WhighbeamqualityNd:YVO4Innoslabamplifier",LaserPhysics,25(12),125803(2015).
[21] Sang,SH;Zhang,HL;Mao,YF;Zhang,X;Zou,JY;Xin,JG;Xing,JC;Jiang,Y;"Compact,high-average-power,nanosecondmulti-passNd:YVO4Innoslabamplifier",AppliedPhysicsB-LasersAndOptics,121(2),131-134(2015).
[22] Mao,YF;Zhang,HL;Sang,SH;Zhang,X;Yu,XL;Xing,JC;Xin,JG;Jiang,Y;"High-PowerContinuous-WaveNd:GdVO4Solid-StateLaserDual-End-Pumpedat880nm",ChinesePhysicsLetters,32(9),094201(2015).
[23] Chen,FF;Jiang,Y;Gao,HC;Jiang,L;"Ahigh-finessefiberopticFabry-Perotinterferometerbasedmagnetic-fieldsensor",OpticsAndLasersInEngineering,71,62-65(2015).
[24] Ding,WH;Jiang,Y;Gao,R;Liu,YW;"High-temperaturefiber-opticFabry-Perotinterferometricsensors",ReviewOfScientificInstruments,86(5),055001(2015).
[25] Chen,FF;Jiang,Y;Jiang,L;"3x3couplerbasedinterferometricmagneticfieldsensorusingaTbDyFerod",AppliedOptics,54(8),2085-2090(2015).
[26] Gao,R;Jiang,Y;Li,G;"ASandwichStructurefortheMagneticFieldDetectionWithSupermodesInterference",IEEEPhotonicsTechnologyLetters,27(5),455-458(2015).
[27] Mao,YF;Zhang,HL;Xu,L;Deng,B;Sang,SH;He,JL;Xing,JC;Xin,JG;Jiang,Y;"Laserdiodedouble-end-direct-pumpedslablaserwithhybridresonator",ActaPhysicaSinica,64(1),014203(2015).
[28] Wang,Z;Jiang,Y;Ding,WH;Gao,R"AWhite-LightInterferometryfortheMeasurementofHigh-FinesseFiberOpticEFPISensors",IEEEPhotonicsTechnologyLetters,26(21),2138-2141(2014).
[29] Ding,WH;Jiang,Y;Gao,R;Wang,Z;Liu,YW;"Anin-linephotoniccrystalfibre-basedMach-Zehnderinterferometerwithtemperaturecompensation",MeasurementScienceAndTechnology,25(10),107002(2014).
[30] Chen,FF;Jiang,Y;"FiberopticmagneticfieldsensorbasedontheTbDyFerod",MeasurementScienceAndTechnology,25(8),085106(2014).
[31] Mao,YF;Zhang,HL;Xu,L;Deng,B;Xing,JC;Xin,JG;Jiang,Y;"An880-nmLaser-DiodeEnd-PumpedNd:YVO4SlabLaserwithaHybridResonator",ChinesePhysicsLetters,31(7),074206(2014).
[32] Gao,R;Jiang,Y;Ding,WH;"Agarosegelfilledtemperature-insensitivephotoniccrystalfibershumiditysensorbasedonthetunablecouplingratio",SensorsAndActuatorsB-Chemical,195,313-319(2014).
[33] Saad,A;Jiang,Y;Liu,YW;Wang,Z;"Themeasurementofthediameterchangeofapiezoelectrictransducercylinderwiththewhite-lightinterferometry",OpticsAndLasersInEngineering,56,169-172(2014).
[34] Ding,WH;Jiang,Y;"MiniaturePhotonicCrystalFiberSensorforHigh-TemperatureMeasurement",IEEESensorsJournal,14(3),786-789(2014).
[35] Wang,Z;Jiang,Y;Ding,WH;Gao,R;"Fouriertransformwhite-lightinterferometrybasedonnonlinearwavelengthsampling",OpticalEngineering,52(10),104102(2013).
[36] Xiao,SH;Jiang,Y;Liu,D;Tang,J;"QuadratureOperationPointLockedTechniquesForInterrogatingExtrinsicFabry-PerotInterferometricSensors",MicrowaveAndOpticalTechnologyLetters,55(9),2117-2120(2013).
[37] Gao,R;Jiang,Y;Ding,WH;Wang,Z;Liu,D;"FilmedextrinsicFabry-Perotinterferometricsensorsforthemeasurementofarbitraryrefractiveindexofliquid",SensorsAndActuatorsB-Chemical,177,924-928(2013).
[38] Wang,Z;Jiang,Y;Peng,H;Ma,XM;Cui,LZ;"Atemperature-compensatedfibreopticextrinsicFabry-Perotinterferometricdisplacementsensorforfaultmeasurementingeomechanics",MeasurementScienceAndTechnology,24(4),025104(2013).
[39] Gao,R;Jiang,Y;Ding,WH;Wang,Z;"NovelMethodfortheMeasurementofChromaticDispersionofPhotonicCrystalFibers",IEEEPhotonicsTechnologyLetters,25(5),129-132(2013).
[40] Wang,Z;Jiang,Y;"Wavenumberscanning-basedFouriertransformwhite-lightinterferometry",AppliedOptics,51(22),5512-5516(2012).
[41] Ding,WH;Jiang,Y;"All-solidphotonicbandgapfiberbaseddistributedfiberopticpressuresensor",OpticsExpress,20(13),14054-14063(2012).
[42] Xu,Y;Li,YQ;Jiang,Y;Leung,CKY;"Applicationof3x3couplerbasedMach-Zehnderinterferometerindelaminationpatchdetectionincomposite",NDT&EInternational,44(5),469-476(2011).
[43] Jiang,Y;Tang,CJ;Wang,CW;"Double-CavityFiberFabry-PerotTunableFilter",MicrowaveAndOpticalTechnologyLetters,53(2),242-245(2011).
[44] Jiang,Y;Ma,YL;Wang,WC;Shao,LW;"InhibitionEffectofWaterInjectiononAfterburningofRocketMotorExhaustPlume",ChineseJournalOfAeronautics,23(6),653-659(2010).
[45] Jiang,Y;Ding,WH;Liang,PJ;Fu,L;Wang,CW;"Phase-ShiftedWhite-LightInterferometryfortheAbsoluteMeasurementofFiberOpticMach-ZehnderInterferometers",JournalOfLightwaveTechnology,28(22),3294-3299(2010).
[46] Jiang,Y;Liang,PJ;Jiang,TF;"Directmeasurementofopticalphasedifferenceina3x3fibercoupler",OpticalFiberTechnology,16(3),135-139(2010).
[47] Jiang,Y;Tang,CJ;Xu,JJ;"Fabricationoflong-periodgratingswithamercury-arclamp",OpticsCommunications,283(7),1311-1315(2010).
[48] Jiang,Y;Tang,CJ;Guo,GR;"Note:Phasecompensationinthefiberopticalquadraturepassivedemodulationscheme",ReviewOfScientificInstruments,81(4),046108(2010).
[49] Tang,CJ;Jiang,Y;"MicrolensopticalfiberFabry-Perottunablefilter",OpticalEngineering,48(11),114401(2009).
[50] Jiang,Y;Tang,CJ;"PassiveinterrogationofanextrinsicFabry-Perotinterferometerusingathree-wavelengthmethod",OpticalEngineering,48(6),064401(2009).
[51] Jiang,Y;Leung,CKY;Ng,M;Motavalli,M;Feltrin,G;Gsell,D;"DelaminationdetectioninanI-sectionglassfiberreinforcedplasticbeamwithanopticalfiber-basedstresswavemethod",ACSApplMaterInterfaces,18(6),065003(2009).
[52] Jiang,Y;Tang,CJ;"Asimultaneousinterrogationsystemforintensity-typesensor/fiberBragggrating/extrinsicFabry-Perotinterferometer",MeasurementScienceAndTechnology,20(2),025308(2009).
[53] Jiang,Y;Tang,CJ;"EffectOfNonlinearWavelengthScanningToFourierTransformWhite-LightInterferometry",MicrowaveAndOpticalTechnologyLetters,51(2),426-432(2009).
[54] Jiang,Y;Tang,CJ;Zhang,FJ;"Wdm/SdmOfIntensity-TypeFiber-OpticSensors",MicrowaveAndOpticalTechnologyLetters,51(2),432-435(2009).
[55] Jiang,Y;"Fourier-TransformPhaseComparatorForTheMeasurementOfExtrinsicFabry-PerotInterferometricSensors",MicrowaveAndOpticalTechnologyLetters,50(10),2621-2625(2008).
[56] Jiang,Y;Tang,CJ;"Fouriertransformwhite-lightinterferometrybasedspatialfrequency-divisionmultiplexingofextrinsicFabry-Perotinterferometricsensors",ReviewOfScientificInstruments,79(10),106105(2008).
[57] Jiang,Y;Tang,CJ;"High-finessemicro-lensfiber-opticextrinsicFabry-Perotinterferometricsensors",SmartMaterials&Structures,17(5),055013(2008).
[58] Jiang,Y;Tang,CJ;"High-finessemicrolensopticalfiberfabry-perotfilters",MicrowaveAndOpticalTechnologyLetters,50(9),2386-2389(2008).
[59] Jiang,Y;"Four-elementfiberBragggratingaccelerationsensorarray",OpticsAndLasersInEngineering,49(9),695-703(2008).
[60] Jiang,Y;"Wavelength-scanningwhite-lightinterferometrywitha3X3coupler-basedinterferometer",OpticsLetters,33(16),1869-1871(2008).
[61] Jiang,Y;Tang,CJ;"Anopticalfibermethanesensingsystememployingatwo-stepreferencemeasuringmethod",SensorsAndActuatorsB-Chemical,133(1),174-179(2008).
[62] Jiang,Y;Tang,CJ;"Ahigh-resolutiontechniqueforstrainmeasurementusinganextrinsicFabry-Perotinterferometer(EFPI)andacompensatingEFPI",MeasurementScienceAndTechnology,19(6),065304(2008).
[63] Jiang,Y;Xu,Y;Leung,CKY(Leung,ChristopherK.Y.)[3];"3*3coupler-basedMach-ZehnderinterferometeranditsapplicationinthedelaminationdetectioninFRPcomposite",JournalOfIntelligentMaterialSystemsAndStructures,19(4),497-507(2008).
[64] Jiang,Y;"High-resolutioninterrogationtechniqueforfiberopticextrinsicFabry-Perotinterferometricsensorsbythepeak-to-peakmethod",AppliedOptics,47(7),925-932(2008).
[65] Jiang,Y;"Fouriertransformwhite-lightinterferometryforthemeasurementoffiber-opticextrinsicFabry-Perotinterferometricsensors",IEEEPhotonicsTechnologyLetters,20(1-4),75-77(2008).
[66] Jiang,Y;"Stabilized3X3-coupler-basedinterferometerforthedemodulationoffiberBragggratingsensors",OpticalEngineering,47(1),015006(2008).
[67] Jiang,Y;"Wavelengthdivisionmultiplexingaddressedfour-elementfiberopticallaserhydrophonearray",AppliedOptics,46(15),2939-2948(2008).
