Doctoral and Master's Theses from Our Research Team

[1] Renxian Li. Debye series expansion of electromagnetic scattering by inhomogeneous particles and its applications. 2007.10

[2] Huifen Jiang. On characteristics of light scattering by inhomogeneous particles and measurement of refractive index profile. 2007.4

[3] Xiangzhen Li. Geometrical-optics approximation of light scattering by particles. 2009.4

[4] Bing Yan. Study on scattering of Gaussian beam by a spherical particle with an eccentric spherical inclusion. 2009.4

[5] Tuersun Paerhatijiang. Optical Properties of Gold Nanoparticles and Measurement of its Size and Concentration by Light Extinction Method. 2014.9

[6] Fang Lu. Propagation and Target Scattered Characteristics of Array Beams in turbulent Atmosphere. 2016.4

[7] Xiaohong Ren. Research on Characteristic of Laser Propagation Near Earth in Atmosphere. 2007.1

[8] Keli Jiang. The Design of Optical Receiving Systemin Monostatic and Bistatic Lidar. 2008.1

[9] Bo Ji. The designtion and realization of the scan principle system of the Bistatic Lidar. 2008.1

[10] Qinliang Yao. Research on principles of Bistatic Lidar system. 2008.1

[11] Baisong Fan. Research on Signal Receiving Circuit of Lidar. 2008.1

[12] Wei Cai. Research on synchronization technique of bistatic. 2009.1

[13] Jinyong Chang. Numerical Simulation of Thermal Bloomingin Atmospheric High Energy Laser Propagation. 2009.3

[14] Ying Shi. Research on Development and Application about Laser Rainbow Measurement System. 2009.1

[15] Linyan Liu. Research on Automated Measurement System of Laser Scattering Intensity. 2009.1

[16] Fan Pan. Design of Lidar Ranging Circuit. 2009.1

[17] Jia He. Research on detection performance of bistatic lidar. 2009.1

[18] Weizhong Lou. Design and Implementation of High-speed CCD Signal Acquisition and Processing System. 2009.1

[19] Chenyi Shen. The Design for Scanning and Receiving Systemof Mono-static/Bi-static Lidar. 2010.1

[20] Lifeng Zhou. CCD Detection System Based on FPGA. 2010.1

[21] Hui Zhang. Numerical Simulation of Thermal Blooming In Atmospheric High Energy Laser Slant Propagation. 2010.6

[22] Yuanbo Wang. Theoretical and experimental research on laser propagation in the atmosphere. 2010.1

[23] Yang Xiang. Applications of Automated Measurement System of Laser Scattering Intensity. 2010.3

[24] Jie Zhang. Software Design of Bistatic Lidar System. 2010.1

[25] Qun Li. Development of Multi-channel Receiving Ranging Circuitin Lidar. 2010.1

[26] Bicen Li. Light scattering by inhomogeneous particlesand its applications. 2010.1

[27] Zhe Li. Implementation of High-speed CCD Signal Acquisitionand Local Area Network Transmission. 2010.1

[28] Wenjun Li. Software Design of High-speed CCD SignalAcquisition and Processing System. 2010.1

[29] Shuyu Shen. Development of Multi-channel signal Receiving and Processing Circuit in Lidar. 2010.1

[30] Zhenzhong Zhang. Research on Measurement for Particle Size and Concentrationof CS Gas Using Light Extinction. 2012.2

[31] Zhenzhong Zhang. Research on Measurement for Particle Size and Concentration of CS Gas Using Light Extinction. 2012.2.

[32] Jin Li. Light Beam Analysis and Optimization of Waveguide Optical Phased Array. 2012.1.

[33] Chenghu Luo. Study of laser transmission characteristics of atmospheric turbulence and the effect on the SAL. 2012.1.

[34] Yue Hu. Research on Laser Rainbow Measurement of the Liquid Jet and Its Application. 2013.1.

[35] Yanjie Zhao. Performance Analysis and Experiment Study of Target Detection in Lidar. 2012.1.

[36] Yanhao Su. Design of Control Software and Photo-electric Measurement System for Waveguide Optical Phased Array. 2013.1.

[37] Yang Zhang. The Particle Size Measurement Based on the Method for Spectrum Light Extinction of the Particle Dispersion. 2013.1.

[38] Qianqian Xue. Method and Experimental Study on Waveguide Optical Phased Scanning Control. 2013.1.

[39] Fuchang Xu. Analysis of Laser Scattering Characteristics and LRCS Calculation of Target Material. 2013.1.

[40] Huijian Li. Design and Principle Experiment of Laser Scanning System for Moving Target Detection. 2013.1.

[41] Linlin Liang. Research on partially coherent laser communication and diversity technology. 2014.1.

[42] Yanyan Han. The effect of atmospheric turbulence on SAL imaging and research on compensation methods. 2014.1.

[43] Junxia Wu. Development of Signal Collection Processing and System Control Circuit in high-speed scanning Lidar. 2014.2.

[44] Zhifang Zhang. Methods and Experimental Study of Partially Coherent Generated by Optical Fiber Array. 2014.1.

[45] Han Yang. Phase Retrieval Using Intensity Distribution and Application Application Application in Laser Transmission in Turbulence. 2014.1.

[46] Lin Wang. Beam Calibration and Optimization Methods Study of Optical Waveguide Phased Array Based on Phase Compensation. 2014.1.

[47] Yang Cao. Development of Variable delay Single Photon Coincidence Counter. 2014.1.

[48] Wen Wu. LRCS study on absorbing coating target under coherent and partially coherent light. 2014.1.

[49] Meina Ma. Study on the Influence of Atmospheric Effects on the Performance of Coherent Optical Communication Systems. 2014 .11.

[50] Ya’na Lv. Rough Surface Scattering of Gauss-shell Model Beam. 2014.1.

[51] Yajun Lin. The design of receiving system in optical waveguide phased array radar. 2014.1.

[52] Bin Han. Development of Laser Radar System Control and Signal Processing Circuit Board Based on CPLD and MCU. 2014.1.

[53] Yang Li. The Method And Experiment Of Phase Retrieval Based On Intensity Sensor. 2014.1.

[54] Shijie Yu. Adaptive Compensation Method without a Wave-Front Sensor of Free Space Optics Communication. 2014.1.

[55] Wuming Zhang. Beam optimization method for optical waveguide phased array based on phase recovery. 2014.1.

[56] Bo Zhang. Analysis and Experimental Research of Partially Coherent Beam Based on Phase Modulation. 2014.1

[57] He Liu. Vectorial Complex Ray Model in Light Scattering of a Small Sphere. 2014.1.

[58] Minghui Long. Transmission Characteristics and Correlated Imaging with Partially Coherent Light Through Turbulent Atmosphere. 2014.1.

[59] Wenqing Zhang. Capture Probability and Tracking Algorithm of Moving Target in Laser Detection. 2014.1.

[60] Ying Liu. Optical Properties of Nonspherical Gold Nanoparticles and Measurement of its Size and Concentration. 2015.12.

[61] Man Lu. Beam optimization method for optical waveguide phased array coupling with fiber. 2016.3.

[62] Peng Shi. Research on the Communication Performance of Partially Coherent Light Based on Fiber Array. 2015.12.

[63] Xiao Qi. Propagation characteristics of laser beam traversing the air-sea interface with foams. 2015.12.

[64] Dan Zhao. Propagation properties of random phase array beams in turbulent atmosphere. 2015.12.

[65] Xu Zhao. Experimental Study on Fiber Array Partially Coherent Optical Communication System. 2017.6

[66] Lujie Duan. Extinction and Scattering Characteristics of Non-spherical Nanoparticles and the Applications in Particle Sizing Measurement. 2017.6

[67] XiaobinWang. Design and Realization of Adaptive Optical Principle System without Wavefront Sensing. 2017.6

[68] Liping Li. Computational Ghost Imaging Based on SLM and the Experiment Under the Turbulence. 2017.6

[69] Xicai Miao. Study of The Characteristics of Blue-green Laser Propagating through Oceanic Turbulence and Downlink Channel. 2017.6