科研工作:

代表性成果【1】ChuanyiTao,HemingWei,andWenlinFeng,Photoniccrystalfiberin-lineMach-Zehnderinterferometerforexplosivedetection,OpticsExpress24,2806-2817(2016).【2】ChuanyiTao,HemingWei,YinianZhu,SridharKrishnaswamy,“Grapefruitphotoniccrystalfibersensorforgassensingapplication,”OpticalEngineering55(5),057103(2016),doi:10.1117/1.OE.55.5.057103.【3】ChuanyiTaoandJingkeLi,AnImprovedSyntheticRoutetoRigidTriphenyleneKetalBearingStructuralBicyclicSubunits,LettersinOrganicChemistry,2016,13,388-392.【4】ChuanyiTao,HemingWeiandSridharKrishnaswamy,Photoniccrystalfibermodalinterferometerforexplosivesdetection,ProceedingsofSPIE9802,Nanosensors,Biosensors,andInfo-TechSensorsandSystems2016,98021K(April16,2016)doi:10.1117/12.2218634.【5】陶传义,魏鹤鸣.基于半导体光纤环形激光器的光纤布喇格光栅动态应变传感系统[J].光子学报,2016,45(7):0706002.【6】C.Tao,H.Wei,S.Krishnaswamy,“Photoniccrystalfibermodalinterferometerforexplosivesdetection,”Proc.SPIE9802,Nanosensors,Biosensors,andInfo-TechSensorsandSystems2016,98021K(2016).【7】H.Wei,C.Tao,Y.Zhu,S.Krishnaswamy,“FiberBragggratingdynamicstrainsensorusinganadaptivereflectivesemiconductoropticalamplifiersource,”AppliedOptics,55(10)2752-2759(2016).【8】H.Wei,C.Tao,S.Krishnaswamy,“ReflectiveSOAfibercavityadaptivelasersourceformeasuringdynamicstrains,”Proc.SPIE9805,HealthMonitoringofStructuralandBiologicalSystems2016,980526(2016).【9】H.Wei,C.Tao,S.Krishnaswamy,“Photoniccrystalfiberbasedchloridechemicalsensorsforcorrosionmonitoring,”Proc.SPIE9805,HealthMonitoringofStructuralandBiologicalSystems2016,98052A(2016).【10】X.Huang,X.Li,YuLi,J.Yang,andC.Tao,“Tracedissolvedammoniasensorbasedonporouspolyelectrolytemembrane-coatedthin-corefibermodalinterferometer,”Sens.ActuatorsBChem.226,7–13(2016).【11】J.Yang,L.Zhou,J.Huang,C.Tao,X.Li,andW.Chen,“Sensitivityenhancingoftransitionmodelong-periodfibergratingasmethanesensorusinghighrefractiveindexpolycarbonate/cryptophaneAoverlaydeposition,”Sens.ActuatorsBChem.207,477–480(2015).【12】J.Yang,J.Huang,X.Li,S.Li,B.Luo,C.Tao,W.Chen,“High-sensitivitylong-periodfibergratingsensorwithSAN/cryptophaneAforcoalminegasdetection,”Chin.Opt.Lett.11(8),1671–7694(2013).【13】G.Zhu,X.Li,C.Tao,J.Huang,J.Yang,“OpticalfibermethanesensorbasedonSANfilmcontainingcryptophane-E-(OEt)6,”Chin.Opt.Lett.10(10),1671–7694(2012).【14】J.Yang,C.Tao,X.Li,G.Zhu,andW.Chen,“Long-periodfibergratingsensorwithastyrene-acrylonitrilenano-filmincorporatingcryptophaneAformethanedetection,”Opt.Express19(15),14696–14706(2011).【15】C.Tao,X.Li,J.Yang,andY.Shi,“Opticalfibersensingelementbasedonluminescencequenchingofsilicananowiresmodifiedwithcryptophane-Aforthedetectionofmethane,”Sens.ActuatorsBChem.156(2),553–558(2011).【16】C.Tao,X.Li,W.Feng,J.Yang,W.Li,Y.Li,andW.Yang,“Stokesandanti-Stokesbluelightemissionsofthermal-evaporatedsilicasub-micronwires,”Phys.StatusSolidiA208(2),466–470(2011).【17】C.Tao,X.Li,andW.Yang,“Formationofhook-shapedandstraightsilicawiresbyathermalvapormethod,”J.Phys.Chem.Solids72,1532–1536(2011).【18】陶传义,李靖柯,冯文林,李硕,杨晓占,苏萍,李邦兴,用于测量TNT类爆炸物的传感装置,发明专利:201510271473.X,2015.09.02.【19】杨建春,朱广琴,陶传义,陈伟民,一种基于长周期光纤光栅的甲烷传感装置,发明专利:201010593704.6,2012.12.19.承担的主要项目

【1】“基于柚子型光子晶体光纤长周期光栅的痕量TNT爆炸物探测原理与方法研究”，国家自然科学基金项目，25万，主持

【2】“基于表面增强拉曼光谱的光子晶体光纤气体传感方法与仪器”，重庆市教委科学技术研究项目，2万，主持

【3】“基于长周期光栅结构的柚子型光子晶体光纤梯恩梯气体传感新方法与系统研究”，重庆市教委科学技术研究项目，3万，主持

【4】“新型光纤TNT爆炸物气体传感器研究”，重庆市科委自然科学基金项目，5万，主持