文晓艳 照片

文晓艳

博士 教授

所属大学: 武汉理工大学

所属学院: 理学院

邮箱:
wenxy@whut.edu.cn

个人主页:
http://ssci.whut.edu.cn/yjsjy/dsjj/201902/t20190215_353168.shtml

个人简介

二、教育背景与工作经历

教育背景:

2002/9-2006/7中科院武汉物理与数学研究所,无线电物理,导师:邓风(硕博连读)

1997/9-2001/7华中师范大学,物理系,学士

工作经历:

2016.11-至今武汉理工大学,物理系,教授

2015/03-2016.10武汉理工大学,物理系,副教授

2008/12-2015/02武汉理工大学,光纤传感技术与国家工程实验室,副研究员

2006/09-2008/11武汉理工大学,光纤传感技术与国家工程实验室,助理研究员

研究生就业方向为华为、中兴、烽火等高新企业及科研院所,已毕业学生中60%在华为工作。

四、主讲课程

现代传感器技术、大学物理、大学物理实验

五、科学研究

项目:

[1]国家自然科学基金“光纤LSPR传感器检测多元重金属离子的指纹识别与波长调控机理研究”(主持)

[2]中国电力科学研究院“标准电容器带电投切对系统影响研究”(主持)

[3]北京航空航天研究院“whutc1550型光纤激光器”(主持)

[4]教育部创新基金“纳米金LSPR偶极耦合调制及其对重金属离子的指纹识别”(主持)

[5]教育部创新基金“基于螺吡喃衍生物-SiO2复合物的可逆性金属离子光纤传感敏感材料研究”(No.2010-Ia-064,主持)

[6]国家自然科学基金“基于TiO2表面酸碱性质调控的光催化活性增强机制的原位固体NMR和量子化学计算研究”(No.20673139,主要成员)

[7]国家自然科学基金“实时在体NO光纤微型生物传感器的材料研究”(No.50802069,2009.01-2011.12,主要成员)

[8]湖北省自然科学基金“157nm激光三维精密加工光纤过程中等离子体行为研究”(No.2008cdb287,主要成员)

[9]企业委托项目“光纤传感技术研究”(参与)

[10]企业委托项目“热机耦合综合小变形光纤光栅传感监测系统”(参与)

[11]企业委托项目“甬台温高速公路复线戴港至丹城连接线工程运行光纤光栅”(参与)

研究领域

光纤传感技术;光纤传感结构健康监测技术;光纤物理、化学传感器敏感材料与机理。

近期论文

[1]PengChen,YutangDai,DongshengZhang,XiaoyanWenandMinghongYang,Cascaded-CavityFabry-PerotInterferometricGasPressureSensorbasedonVernierEffect,Sensors,2018,18,3677

[2]MengqiWu,DongshengZhang,XiaoyanWen,AnnealingtreatmentandwavelengthshiftingcharacteristicsofregeneratedfiberBragggratings,OPTIK,161(2018)278-283

[3]Jiang-HaoHuang,ShuaiHuang,XiaoyanWen,MinLi,andHaifeiLu,Au-Pt-Aunanoraspberrystructuresusedformercuryiondetection,OpticalEngineering2017,56(12),127104

[4]ZhangChunfeng,WenXiaoyan,ZhangDongsheng,StudyonvibrationperformanceanddamagingdetectionofcompositematerialsbasedonFBG,FiberReinforcedPlastics/Composites,2017(8)15-19

[5]LiHuajun,ZhangDongsheng,LiLitong,WuMengqi,WenXiaoyan,Nonuniformstrainmeasurementincompositematerialbasedonopticalfrequencydomainreflection,OPTICALENGINEERING,2016(55)064103

[6]XiaoyanWen,HuangShuai,LiMin,Precisemodulationofgoldnanorodsaspectratiobasedonlocalizedsurfaceplasmonresonance,OpticalMaterials60(2016)324-330

[7]XiaoyanWen,HuangShuai,FangdongZhu,DongshengZhang,FiberBragggratingssensingnetworkwithabuschaintypologystructure,OpticalEngineering2016,55(6),066102

[8]WenXiaoyan,ShuaiHuang,WangHanzheng,ANovelSERSSubstrateBasedonSilverNanoparticles-capsulatedSinglePorousGlassMicrosphere,20166THIEEEInternationalconferenceonmanipulation,manufacturingandmeasurementonthenanoscale(IEEE3M-NANO),丛书:InternationalConferenceonManipulationManufacturingandMeasurementontheNanoscale,2016,231-235

[9]DongwenLee,MinghongYang,ChongjieQi,JixiangDai,XiaoyanWen,WeijingXie,Anin-lineopticalfiberrefractometerwithporousthinfilmcoating,SensorsandActuatorsB:Chemical,2015(31)602-605

[10]LitongLi,DongshengZhang,XiaoyanWen,SisiPeng,FFPI-FBGhybridsensortomeasurethethermalexpansionandthermo-opticalcoefficientofasilica-basedfiberatcryogenictemperatures,ChineseOpticsLetters,13(10),2015

[11]HuangShuai,XiaoYanWen,HuangQing,ChujiaHuang,MingHongYang,AmmoniumHydroxideSensingBasedonLSPRofphosphatidylcholine-modifiedGoldNanorods,IEEEPhotonicsTechnologyLetters,2015(24)2583-2586(SCI)

[12]YuQian,Chenran,XiaoyanWen,EvolutionaryVoluntaryPrisoner‘sDilemmaGameunderDeterministicandStochasticDynamics,Entropy,2015,17(4)1660-1672

[13]DongZhong,XinglinTong,XiaoyanWen,DeshengJiang,Researchonacousticalpropertiesofthefemtosecondlaserablationtargetsusingfiberopticsensingprobe,OpticsCommunications335(2015)293-296

[14]XiaoyanWen,JieHuang,XinweiLan,XinglinTong,HaiXiao,ZnO-coatedSMSstructureinterrogatedbyafiberringlaserforchemicalsensing,MeasurementScienceandTechnology,2014(25)114002(SCI)

[15]LitongLi,DongshengZhang,XiaoyanWen,MicrofiberF-Psensorusedinthemeasurementofthermalexpansioncoefficient,JournalofOptoelectronicsLaser,2014(11)2130-2135(EI)

[16]HuangJun,ZudeZhou,XiaoyanWen,Adiaphragm-typefiberBragggratingpressuresensorwithtemperaturecompensation,Measurement,2013(46)1041-1046

[17]XiaoyanWen,DongshengZhang,YuQian,JieyanLi,NieFei,ImprovingthePeakWavelengthDetectionAccuracyofSn-doped,H2-loadedFBGHighTemperatureSensorsbyWaveletFilterandGaussianCurveFitting,Sensors&Actuators:A.Physical,2012(174)91-95(SCI)

[18]XiaoyanWen,NieFei,andYuQian,DifferentialEvolutionAlgorithmUsedforParametersReconstructionofFiberGratings,2011InternationalConferenceonAdvancesinMaterialsandMaterialsProcessing,ICAMMP2011(SCI)

[19]XiaoyanWen,QianYu,GaussianProcessAppliedinTemperatureCompensationforFBGStrainSensing,2011InternationalConferenceonRemoteSensing,EnvironmentandTransportationEngineering(RSETE2011)4075-4078,Nanjing,China(EI)

[20]XiaoyanWen,XinlingTong,TheRecentProgressintheStudyofSpiropyranandDerivativeUsedforMetalIonsSensing,MaterialsReview,2011(25)31-34

[21]XiaoyanWen,ModifiedCarbonNanotubeGasSensors,ProgressinChemistry,2008(20)260-264(SCI)

[22]XiaoyanWen,QianYu,ReconstructionofStrainDistributionInFiberBraggGratingsWithDifferentialEvolutionAlgorithm,OptoelectronicsLetters,2008(4)403-406(EI)

[23]文晓艳,余谦,基于差分演化算法的啁啾光纤光栅参数重构方法,仪器仪表学报,2008(29)2216-2219(SCI)