In scientific research area, I have been focusing on the investigations in optoelectronic detection and optical fiber sensing, and was engaged to find and solve problems in practical applications.

I have led several projects: four projects supported by National Natural Science Foundation of China and Ministry of Science and Technology of China, one project funded by Ministry of Education, and other four projects sponsored by industries. In addition, I have participated in other three projects supported by the State and Tianjin government.

1.    Projects

(1) 2017/01-2020/12,Research on three-dimensional optical section microscope imaging with variable focus lens,National Natural Science Foundation of China, PI

(2)  2013/01-2016/12, Theoretical and experimental studies of Interferometry of the cloud particle spectrum distribution，National Natural Science Foundation of China, PI

(3)  2013/01-2015/12, Theoretical and experimental study of high polarization extinction ratio measurement based on white light spectral interferometry, National Natural Science Foundation of China, PI

(4)  2010/01-2011/12, Fundamental research of smart optical fiber sensor network’s key techniques and applications, National Key Basic Research Program of China(973 program), PI

(5)  2009/01-2011/12, Gas identification and concentration detection based on intra-cavity fiber optics laser, New teacher fund of Ministry of Education, PI

(6)  2010/09-2011/08, White light Interferometer, The 41st Institute of China Electronics Technology Group Corporation, PI

(7)  2011/11-2013/11, Design and processing of high zoom lens, Beijing Institute of environmental characteristics, PI

(8)  2010/05-2010/12, Principle interferometer of size measurement of synchrotron light, University of Science and Technology of China, PI

(9)  2006/11-2008/03, Design and Realization of the oral imaging system, Lightel Technologies company, PI

2.    Publications

 [1] Hongxia Zhang*， Shu Wang， Yuhan Gong， Tiegen Liu， Tianhua Xu， DagongJia， and YimoZhang， A　Quantitative  Robustness Evaluation Model for Optical Fiber Sensor Networks， Journal of lightwave Technology，2013，31(8)： 1240-1246

 [2]Hongxia Zhang，Hongwen Ren，Su Xu，Shin-Tson Wu*， Temperature effects on dielectric liquid lenses，Optics  Express，2014，22(2)： 1931-1940

 [3] Chongxiang Zeng， Hongxia Zhang*， Dagong Jia，Tiegen Liu，Yimo Zhang， Group delay dispersion measurement from a spectral interferogram based on the cubic phase function，IEEE  Photonics Journal， 2014，6(6)， 6100509

 [4] Hongxia Zhang*， Ye zhou，Jing Liu，Dagong Jia，Tiegen Liu，A New Method for Determining the Sampling Volume and the Number of Particles within it for Particle Concentration Identification in Defocused Interferometric Particle Imaging，IEEE Photonics Journal，2017， 9（1）：1~15

 [5]Hongxia Zhang*，Mengran Zhai， Jinlu Sun， Ye Zhou， Dagong Jia， Tiegen Liu， Yimo Zhang， Discrimination between  spheres and spheroids in a detection system for single particles based on polarization characteristics，Journal of Quantitative  Spectoscopy & Radiative transfer， 2017， 187：62-75

 [6] Hongxia Zhang*， Feng Wang， Chongxiang Zeng，Yaguang Ren，Dagong Jia，Tiegen Liu，Spatial Resolution Enhancement  Based on Peak Splitting in Low-Coherence Interferometry Signal，IEEE Photonics Journal，2016， 8(4)，3900208-1-3900208-8  [7] Hongxia Zhang*， Feng Wang，Dagong Jia，Tiegen Liu， Yimo Zhang，Automatic Interference Term Retrieval From Spectral  Domain Low-Coherence Interferometry Using the EEMD-EMD-Based Method，IEEE Photonics Journal，2016，8(3)，6900709-1-  6900709-9

[8] Hongxia Zhang*， Yuhan Gong， Tiegen Liu， Dagong Jia， and Yimo Zhang， Deployment Optimization for One-Dimensional Optical Fiber Sensor Networks，Journal of Lightwave Technology，2015，33(14)： 2997-3004

[9] Hongxia Zhang*， Jing Liu， Mengran Zhai， Ye Zhou， Dagong Jia， and Tiegen Liu， Theoretical Analysis and Experimental Validation of Sampling Volume in Tilted Imaging System， IEEE Photonics Journal，2015，7(6): 6901412

[10] Hongxia Zhang，Ye Zhou，Jing Liu，Dagong Jia，Tiegen Liu，Influence of sample pool on interference pattern in defocused interferometric particle imaging，2017，88(4)： 88，043302

[11] Jinlu Sun，Hongxia Zhang*，Jiao Li，Hybrid spherical particle field measurement based on interferencetechnology，Measurement Science and Technology，2017，28：1-7

[12] Shibo Xu， Tiegen Liu， Hongxia Zhang *， Chunfeng Ge， Cheng Chen，Yang Du，Dagong Jia，Multi-Bus Fiber Sensor Protection Network Operation With Robustness Analysis，IEEE Sensors Journal，2016，16（6）：1754-1761

[13] Hongxia Zhang*，Yuhan Gong，Dagong Jia，Tiegen Liu and Yimo zhang，Robustness analysis based onoptical fiber sensor networks topology，IEEE Sensors Journal ，2015，15(3)： 1388-1394 [14] Hongxia Zhang*，Yaguang，Ren，DagongJia， Tiegen Liu and Yimo Zhang，Self-adaptive demodulation for polarization extinction ratio in distributed polarization coupling，Applied optics，2013，52(18)： 4353-4359

[15] Hongxia Zhang*，Xinwei Chen，Wenting Ye，Tianhua Xu， Dagong Jia and Yimo Zhang，Mitigation of the　birefringence dispersion on the polarization coupling measurement in a long-distance high-birefringence fiber， Measurement Science and Technology， 2012， 23(2)： 025203 [16] Hongxia Zhang*，Wenting Ye，Xinwei Chen，Yaguang Ren， Dagong Jia， Guoqiang Wen，Yimo Zhang，Weak mode coupling measurement with EMD-based method in polarization-maintaining fibers，Optics communications，2012，285(2)：113~117

[17] Hongxia Zhang*， Wenting Ye， Xinwei Chen， Dagong Jia， Yimo Zhang，Coupling Intensity Measurement Based on White Light Interferometry  in the Distributed Long PMF Sensors，IEEE Sensors Journal， 2012，12(9)： 2905-2909

[18] Hongxia Zhang*，Guoqiang Wen，Yaguang，Ren， Dagong Jia，Tiegen Liu，Yimo Zhang，Measurementof Beat length in Polarization-Maintaining Fibers with External Forces Method， Optical fiber technology，2012，18：136-139

[19] Hongxia Zhang*，Wenting Ye， Dagong Jia ， and Yimo Zhang ， Sensitivity enhancement of distributed polarization coupling detection in Hi-Bi fibers， Chinese Optics Letters，2012，10(4)， 040603 [20] Hongxia Zhang*，Kun Liu， Dagong Jia， Tianhua Xu， Tiegen Liu，Gangding Peng，Wencai Jing， Yimo Zhang，Improved low concentration gas detection system based on intracavity fiber laser，Review of Scientific Instruments， 2011， 82(2)： 023104

[21] Hongxia Zhang*，Tianhua Xu，Dagong Jia，Wencai Jing， Kun Liu and Yimo Zhang， Effects of angular　misalignment in interferometric detection of distributed polarization coupling， Measurement Science and  Technology， 2009， 20： 095112

[22] Zhang Hongxia, Liu kun, Jia Dagong, Liu Tiegen, Peng Gang-ding, Wang Yan, Zhang Yi-mo, Research on Trace Gas Spectral Measurement on Intra-Cavity Fiber Optic Laser, Spectroscopy and Spectral Analysis, 2011, 31(8): 2040-2043 (in Chinese)

[23] Kun Liu， Tiegen Liu *， Gangding Peng， Junfeng Jiang， Hongxia Zhang， Dagong Jia， Yan Wang， Wencai Jing， Yimo Zhang， Theoretical investigation of an optical fiber amplifier loop for intra-cavity and ring-down cavity gas sensing， Sensors and Actuators B-Chemical，2010，146(1)：116-121

[24] Kun Liu， Tiegen Liu *， Gangding Peng， Junfeng Jiang， Hongxia Zhang， Dagong Jia， Yan Wang， Wencai Jing， Yimo Zhang， Theoretical investigation of an optical fiber amplifier loop for intra-cavity and ring-down cavity gas sensing， Sensors and Actuators B-Chemical，2010，146(1)：116-121

[25] Dagong Jia* ， Yulong Zhang， Zhitong Chen， Hongxia Zhang， Tiegen Liu， Yimo Zhang， Evaluation Parameter for Self-Healing FBG Sensor Networks After Multiple Fiber Failures， IEEE Photonics Journal， 2015，7(4)， 6901412

[26] Yifan Liu *，Yi-fen Lan， Hongxia Zhang， RuiDong Zhu， Daming Xu，Cheng-Yeh Tsai， Jen-Kuei Lu， Norio Sugiura， Yu-Chieh Lin，Shin-Tson Wu，Optical rotatory power of polymer-stabilized blue phase liquid crystal， Applied Physics Letters，2013， 102(13)： 131102

[27] Kun Liu*， Tiegen Liu， Junfeng Jiang， Gangding Peng， Hongxia Zhang， Dagong Jia， Yan Wang， Wencai Jing， Yimo Zhang， Investigation of Wavelength Modulation and Wavelength Sweep Techniques in Intracavity Fiber Laser for Gas Detection， Journal of Lightwave Technology，2011，29(1)：15-21

[28] Zhe Ji， Dagong Jia*， Pengcheng Nie， Hongxia Zhang， Delong Zhang， Yimo Zhang， Two-dimensional coherent optical en/decoder using parallel-cascaded coupled third-order microring resonator， Optics Communications， 2015，347： 123-129

[29] DianYou Song， Zhiyong Wang* ， Xinwei Chen， Hongxia Zhang， Tiegen Liu， Influence of ghost coupling points on distributed polarization crosstalk measurements in high birefringence fiber and its solution ，Applied Optics，2015，54(8)： 1918-1925

[30] Shibo Xu*， Tiegen Liu， Chunfeng Ge， Qinnan Chen， Hongxia Zhang， The resilient hybrid fiber sensor network with self-healing function， Review Of Scientific Instruments，2015，86(3)：33111

[31] Dagong Jia*， Yulong Zhang， Zhitong Chen， Hongxia Zhang， Tiegen Liu， Yimo Zhang， A Self-Healing Passive Fiber Bragg Grating Sensor Network，Journal of Lightwave Technology，2015，33(10)：2062-2067

[32] Mengran Zhai， Qieni Lu*， Hongxia Zhang， YiXin Zhang，Coated sphere scattering by geometric optics approximation， Journal of  The Optical Society of America A，2014，31(10)： 2160-2169

[33] Zhe Ji， Dagong Jia *，Qiang Xu， Haiwei Zhang， Hongxia Zhang， Delong Zhang， Yimo Zhang， Design and implementation of a plastic fiber optical rotary joint using upside down taper lens，Optics Communications，2013， 292： 57-61

[34] Xinwei Chen *， Tiegen Liu， Hongxia Zhang， Wei Lu， Liang Huang， Liang Cheng， Yimo Zhang， Spectral-domain measurement of beat length in polarization-maintaining fibers，Optical Fiber Technology，2012，18(6)：  527-531

[35] Zhenwu Guo *， Hongxia Zhang， Xinwei Chen， Dagong Jia， Tiegen Liu，Influence of vibration disturbance during polarization coupling  measurement of polarization-maintaining fiber， Applied Optics， 2011，50(20)： 3553-3558

[36] Xinwei Chen *， Fusheng Qiu， Hongxia Zhang， Dagong Jia， Tiegen Liu，Yimo Zhang， Measurement of ultralow loss in antireflection mirror， Review of Scientific Instruments， 2010， 81(9)：093104

[37] Tianhua Xu*， Wencai Jing， Hongxia Zhang ， Kun Liu， Dagong Jia， Yimo Zhang， Influence of birefringence dispersion on a distributed stress sensor using birefringent optical fiber，Optical Fiber Technology， 2009， 15(1)： 83-89

[38] Kun Liu*，Wencai Jing Gangding Peng，Jianzhong Zhang，Dagong Jia，Hongxia Zhang，Yimo Zhang，Investigation of PZT driven tunable optical filter nonlinearity using FBG optical fiber sensing system， Optics Communications，2008，281(12)： 3286-3290，SCI：304RT，三区

[39] Kun Liu *，Wencai Jing，Gangding Peng，Jianzhong Zhang，Yan Wang，Tiegen Liu，Dagong Jia，Hongxia Zhang，Yimo Zhang， Wavelength Sweep of Intracavity Fiber Laser for Low Concentration Gas Detection，IEEE Photonica Technology Letters，2008，20(17-20)： 1515-1517

[40] Wencai Jing*，Dagong Jia，Feng Tang，Hongxia Zhang，Yimo Zhang， Ge Zhou，Jinlong Yu，Fanmin Kong，Kun Liu,Design and implementation of a broadband optical rotary joint using C-lenses， Optics Express，2004，12(17)：4088-4093

[41] Wencai Jing*，Yimo Zhang，Ge Zhou，Hongxia Zhang， Zhaohui Li，Xiaoming Man，Rotation angle optimization of the polarization eigenmodes for detection of weak mode coupling in birefringent waveguides， Optics Express，2002， 10(18)： 972-977

[42] Zhe Ji， Dagong Jia*， Hongxia Zhang， Delong Zhang， Tiegen Liu， Yimo Zhang， Study of structure parameters effect on performance of optical en/decoder based on parallel-cascaded microring resonators， Acta Physica Sinica，2015，64(3)：034218

[43] Dagong Jia *， Yulong Zhang， Shuai Li，  Tianhua Xu， Hongxia Zhang， Yimo Zhang， Combined denoising filter for fringe pattern in electronic speckle shearing pattern interferometry，Optical Engineering  Engineering，2015，54( 4)，043105

[44] Xinwei Chen *， Hongxia Zhang， Dagong Jia， Tiegen Liu， Yimo Zhang，Spectral-domain measurement of chromatic dispersion difference of polarization modes in polarization-maintaining fibers，Journal of Modern Optics， 2011， 58(1)： 26-31

[45] Dagong Jia*，Kun Liu，Hongxia Zhang， Xinwei Chen，Tiegen Liu，Yan Wang，Wencai Jing，Yimo Zhang，Experimental investigation of output power of tunable intracavity fiber laser with a gas cell，Optical Engineering，2010，49(9)，091013

[46] Tianhua Xu*，Feng Tang，Jing Wencai，Hongxia Zhang，Dagong Jia，Xuemin Zhang，Ge Zhou，Yimo Zhang，Distributed measurement of mode coupling in birefringent fibers with random polarization modes， Optica Applicata，2009，39(1) 77-90

[47] Zhang Hongxia *，Zhang Yimo，Jing Wencai，Jia Dagong，Huang Cen，Development of three-dimensional　profiler for large field micro-surface topography measurement， Optoelectronics Letters，2009，5(4)：292-294

[48] Fan Yang( my graduate student), Zhang Hongxia, Song Le, Jia Dagong, Study and Design on Freeform Surface Compound Eye with Large Field of View, Opto-Electronic Engineering, 2014, 41(7): 26-30 (in Chinese)

[49] Zhang Hongxia*, Zheng Lin, Huang Cen, Liu Kun, Jia Dagong, Liu Tiegen, Zhang Yimo, A wavelength demodulation for fiber Bragg grating sensor, Journal of Tianjin University Science and technology, 2012,45(2):111-115 (in Chinese)

[50] Zhang Hongxia*, Ren Yaguang, Ye Wenting ,Chen Xinwei,Jia Dagong, Liu Tiegen,Zhang Yimo,Dynamic　Dispersion Compensation for the Polarization Coupling Measurement System of Polarization Maintaining　Fiber,Chinese Journal of lasers, 2012, 39(1)：0105001-1~5(in Chinese)

[51] Zhang Hongxia*, Zhang Chao, Jiang Shiping, Zou Chenggang, Interferometric measurement of beam size at Hefei Light Source,2011, 23(10):2593-2597 (in Chinese)

[52] Zhang Hongxia*; Zou Chenggang; Song Le; Zhang Xiaodong; Fang， Fengzhou，Jia Dagong，ZhangYimo，Curved compound eye imaging system with a large field of view based on a plano-concave substrate， Proc.Of SPIE，2012，8418： 841805-1-6

[53] Hongxia Zhang*，Chenggang Zou，Le Song，Xiaodong Zhang， Fengzhou Fang，Dagong Jia，Yimo Zhang，Curved compound eye imaging system with a large field of view based on a plano-concave substrate，6th International Symposium on Advanced Optical Manufacturing and Testing Technologies (AOMATT) - Design，Xiamen，APR 26-29， 2012

[54] Shibo Xu *，Tiegen Liu，Chunfeng Ge，Cheng Chen，Hongxia Zhang， A hybrid optic-fiber sensor network with the function of self-diagnosis and self-healing，Conference on Advanced Sensor Systems and Applications VI，Beijing，OCT 09-11，2014

[55] Xinwei Chen*，Hongxia Zhang， Tiegen Liu， Dagong Jia， Yimo Zhang，Evaluation of second-coupling in distributed polarization mode coupling measurement and its solution， 21st International Conference on Optical Fiber Sensors，Ottawa，Canada，MAY 15-19， 2011

[56] Tiegen Liu*，Kun Liu ，Junfeng Jiang，Gangding Peng，Yan Wang，Dagong Jia，Hongxia Zhang，Wencai Jing，Yimo Zhang，Gas detection techniques with fiber optical spectrum absorption at near-IR wavelength， Conference on Photonic Microdevices/Microstructures for Sensing II， Orlando，FL，APR 07-08，2010

[57] Xinwei Chen*，Wenting Ye，Hongxia Zhang，Dagong Jia，Tiegen Liu，Spectral domain demodulation of fibre optics position and displacement sensors by Fourier-transform spectral interferogram，The 9th International Conference on Optical Communications and Networks，2010 ，65-69

[58] Zhang Hongxia*，Xu Tianhua， Jing Wencai，JiaDagong，TangFeng， Liu Kun， Zhang Yimo， Influence of　angle misalignment of detection polarization coupling in white light interferometer， Proc. Of SPIE，2007，6829： 68290E-1-6

[59] Hongxia Zhang*， Tianhua Xu， Wencai Jing， Dagong Jia， Feng Tang， Kun Liu ， Yimo Zhang， Influence of angle misalignment on detection polarization coupling in white light interferometer - art. no. 68290E，Conference on Advanced Materials and Devices for Sensing and Imaging III， Beijing， NOV 12-14， 2007

[60] Hongxia Zhang*，Shu Wang，Guoqiang Wen，Wenting Ye，Xinwei Chen，Dagong Jia，and Yimo Zhang， Large-scale self-healing architectures for fiber  bragg grating sensor network，The 9th International Conference on Optical Communications and Networks (ICOCN2010) ，2010，99-102

[61] Zhang Hongxia*，Wu Di，Jia Dagong，Zhang Yimo，Development of oral cavity inspecting system， Proc of　SPIE，20097511：75110F-1-7

[62] Dagong Jia*， Changsong Yu， Tianhua Xu， Chao Jin， Hongxia Zhang，Wencai Jing，Yimo Zhang，Vibration analysis based on Electronic stroboscopic speckle-shearing pattern interferometry，International Conference on Optical Instruments and Technology-Optoelectronic Measurement Technology and Applications， Beijing，NOV 16-19，2008 [63] Kun Liu *， Wencai Jing，Gangding Peng， Jianzhong Zhang，Yan Wang，Tiegen Liu，Dagong Jia， Hongxia Zhang， Yimo Zhang， Wavelength Sweep of Intracavity Fiber Laser for Low Concentration Gas Detection，IEEE Photonica Technology Letters，2008，20(17-20)： 1515-1517

[64] Kun Liu*，Wencai Jing，Gangding Peng， Jianzhong Zhang，Yan Wang，Tiegen Liu，Dagong Jia， Hongxia Zhang，Yimo Zhang，Intra-Cavity Absorption Gas Sensors Using Wavelength Modulation And Wavelength Sweep，1st Asia-Pacific Optical Fiber Sensors Conference，Chengdu，NOV 07-09，2008

[65] Dagong Jia*，Changsong Yu，Wencai Jing， Hongxia Zhang， Yimo Zhang， Effect of misalignment on rotating coupling efficiency of Dove Prism - art. no. 68290S，Conference on Advanced Materials and Devices for Sensing and Imaging III，Beijing，NOV 12-14，2007

[66] Xu Tianhua *，Wencai Jing，Hongxia Zhang，Cen Huang，Kun Liu， Dagong Jia，Yimo Zhang， Influence of birefiringence dispersion on spatial resolution of a distributed stress sensor using birefiringence optical fiber - art. no. 68290X， Conference on Advanced Materials and Devices for Sensing and Imaging III， Beijing， NOV 12-14， 2007

[67] Hongxia Zhang*，Yimo Zhang，Wencai Jing，Ge Zhou， Zhaohui Li，Yan Li，Influence of light source in Mirau white light phase-shifting interferometry on interferogram，3rd International Symposium on Instrumentation Science and Technology，Xian，AUG 18-22，2004

[68] Hongxia Zhang*，Yimo Zhang， Wencai Jing， Ge Zhou， Zhaohui Li，Yan Li， Design of Mirau white light phase-shifting interferometry，3rd International Symposium on Instrumentation Science and Technology，Xian，AUG 18-22，2004

[69] Hongxia Zhang*，Yimo Zhang，Wencai Jing，Ge Zhou，Feng Tang， Calibration of numerical aperture effects in double beam interferometers，Conference on Optical Design and Testing II，Beijing，NOV 08-12， 2004

[70] Kun Liu*， Wencai Jing， Tiegen Liu， Yimo Zhang， Dagong Jia， Hongxia Zhang， Gangding Peng， The influence of Fabry-Perot tunable filter on dynamic strain sensing system - art. no. 68301K， Conference on Advanced Sensor Systems and Applications III，Beijing，NOV 12-14，2007

[71] Wei Zhu*，Wencai Jing，Hongxia Zhang，Dagong Jia，Yimo Zhang，Yan Li，Feng Tang，Design and implementation of a nanometer phase-shifting interferometer for micro-surface profile measurement - art. no. 60270，20th Congress of the International Commission for Optics，Changchun，AUG 21-26， 2005

[72] Feng Tang*，Wencai Jing，Yimo Zhang，Ge Zhou，Dagong Jia， Hongxia Zhang，Li Ren，Measurement of distributed mode coupling in high birefringence polarization-maintaining fiber with random polarization modes exited - art. no. 60270N，20th Congress of the International-Commission-for-Optics，Changchun， AUG 21-26，2005

[73] Na Liu*; Wencai Jing，Hongxia Zhang，Yimo Zhang，Wencai Jing，Ge Zhou，Microstructure inspection endoscope design，Conference on Optical Design and Testing II ，Beijing，NOV 08-12，2004

[74] Wencai Jing*，Yimo Zhang，Ge Zhou，Jiali He，Haifeng Li， Zhaohui Li，Hongxia Zhang， Design of high-performance metropolitan area network with a hybrid of CWDM and ETDM technique， Conference on Asia-Pacific Optical and Wireless Communication (APOC 2002)，Shanghai， OCT 15-18， 2002

[75] Wencai Jing*，Yimo Zhang，Ge Zhou，Haifeng Li，Zhaohui Li， Hongxia Zhang,Xiaoming Man，A multi-pipeline optical interconnection network for distributed computing， Conference on Asia-Pacific Optical and Wireless Communication (APOC 2002)，Shanghai，OCT 15-18， 2002，SCI：BV50L

[76] Wencai Jing*，Yimo Zhang，Ge Zhou，Haifeng Li，Zhaohui Li， Hongxia Zhang，Xiaoming Man，Feng Tang，Detection of distributed polarization coupling in high birefringence fibers，Conference on Optical Design and Testing，Shanghai OCT 15-18，2002

[77] Zhaohui Li*，Wencai Jing，Yimo Zhang，Ge Zhou，Hongxia Zhang，Haifeng Li，Xiaoming Man，The application of micro-interferometric in fiber end surface analysis，Conference on Optical Manufacturing Technologies，Shanghai，OCT 17-18，2002

[78] Wencai Jing*，Ge Zhou，Haifeng Li，Jindong Tian，Nan Zhang，Yuxiu Deng，Hongxia Zhang，Yimo Zhang，Virtual multi-channel optical ring for computer cluster，Asia-Pacific Optical and Wireless Communications Conference (APOC 2001)，Beijing，NOV 12-15，2001 [89] Wencai Jing*，Ge Zhou，Haifeng Li，Zhaohui Li， Yuxiu Deng， Hongxia Zhang，Yimo Zhang，Design of multi-channel parallel data transmission optical link，Conference Optics and Optoelectronics for Network Applications，Nanjing， NOV 07-09，2001

3.    Awards

(1)   2016,Second Prize (named 5th) in National Technological Invention Award

(2)   2016,Second Prize (named 2nd) in Tianjin Technological Invention Award

(3)   2014, First Prize (named 5th) in Tianjin Technological Invention Award

(4)   2012, Third Prize (named 1st) in Tianjin Technological Invention Award

(5)   2013, “Beiyang Young backbone teacher in Tianjin University”

(6)   2017, the title of “Excellent master's degree thesis instructor”

(7)   2009/2006,Awarded twice the title of "Tianjin University outstanding undergraduate graduation design (Article) teacher"

(8)   2011，the outstanding Communist title at Tianjin University

(9)   2015，the Faculty Young Pioneer Award to commemorate the 120 anniversary of the founding of Tianjin University

4.    Publications-Books

(1) Zhang Yimo  chief editor, revised by Zhang Hongxia and Jia Dagong , “Applied Optics”(the fourth Edition) (in Chinese): Be responsible for the revision and add12.11, 15.12,18.9

(2)  Zhang Yimo , chief editor, Zhang Hongxia,

 “Applied Optics ”(the third Edition) (in Chinese): In charge of writing the 22chapter, and the18.2, 18.4,18.5 sections, about 56,000