..............page:138-142
..............page:99-104
Noise Reduction in Lidar Signal Based on Wavelet Packet Analysis
Mao Jiandong1 Hua Dengxin2 Wang Yufeng2 Wang Li2 1School of Electrical and Information Engineering;Beifang University of Nationalities;Yinchuan;Ningxia 750021;China 2School of Mechanical and Precision Instrument Engineering;Xi′an University of Technology;Xi′an;Shaanxi 710048;China
..............page:226-233
..............page:244-249
..............page:176-180
..............page:255-258
..............page:209-213
..............page:186-190
..............page:132-137
..............page:165-169
Design of a Novel Drive Power for Narrow Pulse Laser Diode
Yang Yan1;2 Yu Dunhe1;2 Wu Yaofang1;2 Hou Xia1;2 1Shanghai Institute of Optics and Fine Mechanics;Chinese Academy of Sciences;Shanghai 201800;China 2Shanghai Key Laboratory of All Solid-State Laser and Applied Techniques;Shanghai 201800;China
..............page:30-35
..............page:198-203
..............page:116-121
Study on Beam Shaping of High Power Diode Lasers
Peng Hangyu1;2 Gu Yuanyuan1;2 Shan Xiaonan1 Liu Yun1 Hao Mingming1;2 Zhu Hongbo1;2 Yin Honghe1 Tian Zhenhua1;2 Qin Li1 Ning Yongqiang1 Wang Lijun1 1Key Laboratory of Excited State Physics;Changchun Institute of Optics;Fine Mechanics and Physics;Chinese Academy of Sciences;Changchun;Jilin 130033;China 2Graduate University of Chinese Academy of Sciences;Beijing 100049;China
..............page:66-71
..............page:153-158
..............page:109-115
..............page:204-208
..............page:127-131
..............page:234-238
..............page:105-108
..............page:122-126
Model for the Optical Field and Fluent Field Coupling Effects
Sun Yunqiang1;2;3 Xi Fengjie1;2;3 Xu Xiaojun1 Liu Shunfa2 Wang Jihong2 Chen Hongbin2 Lu Qisheng1 1College of Opto-Electronic Science and Engineering;National University of Defense Technology;Changsha;Hunan 410073;China 2Institute of Optics and Electronics;Chinese Academy of Sciences;Chengdu;Sichuan 610209;China 3Graduate University of Chinese Academy of Sciences;Beijing 100049;China
..............page:82-86
Optical Imaging Techniques in Skin Imaging Diagnosis
Xi Peng1 Liu Yujia2 Yao Zhirong3 Ren Qiushi1;2 1Department of Biomedical Engineering;College of Engineering;Peking University;Beijing 100871;China 2School of Life Sciences and Biotechnology;Shanghai Jiaotong University;Shanghai 200240;China 3Department of Dermatology;Xinhua Hospital;Shanghai Jiaotong University;Shanghai 200092;China
..............page:7-19
Laser Diode Pumped Efficient Continuous Wave and Picoseconds Yb:YGG Laser
Zhang Yongdong1 Wei Zhiyi1 Zhang Zhiguo1 Qian Denian2 Lü Liang2 Zeng Xiaodong2 Zhang Huaijin3 Yu Haohai3 Wang Jiyang3 1Beijing National Laboratory of Condensed Matter Physics;Laboratory of Optical Physics;Institute of Physics;Chinese Academy of Sciences;Beijing 100190;China 2College of Technical Physics;Xidian University;Xi′an;Shaanxi 710071;China 3State Key Laboratory of Crystal Material;Shandong University;Jinan;Shandong 250100;China
..............page:43-46
Na Layer and K Layer Simultaneous Observation by Lidar
Cheng Xuewu1;2 Yang Guotao2 Yang Yong1;3 Li Faquan1 Wang Jihong2 Liu Yingjie1;3 Li Yongjie1;3 Lin Xin1;3 Gong Shunsheng1 1State Key Laboratory of Magnetic Resonance and Atomic and Molecular Physics;Wuhan Institute of Physics and Mathematics;Chinese Academy of Sciences;Wuhan;Hubei;430071;China 2State Key Laboratory of Space Weather;Center for Space Science and Applied Research;Chinese Academy of Sciences;Beijing;100190;China 3Graduate University of Chinese Academy of Sciences;Beijing;100049;China
..............page:239-243
Multi-Wavelength Fiber Optical Parametric Oscillator with a Tunable Wavelength-Spacing
Sun Bing1;3 Chen Daru2;3 Gao Shiming1;3 1Center for Optical and Electromagnetic Research;Zhejiang University;Hangzhou;Zhejiang 310058;China 2Institute of Information Optics;Zhejiang Normal University;Jinhua;Zhejiang 321004;China 3Joint Research Laboratory of Optics of Zhejiang Normal University and Zhejiang University;Hangzhou;Zhejiang 310058;China
..............page:47-50
..............page:250-254
..............page:220-225
..............page:191-197
Temperature-Insensitive Acceleration Sensing Technology Based on π Phase of Double Fiber Bragg Gratings
Liu Qinpeng1;2 Qiao Xueguang1;3 Zhao Jianlin1 Jia Zhen′an2 Fu Haiwei2 1Shaanxi Key Laboratory of Optical Information Technology;Institute of Optical Information Science and Technology;School of Science;Northwestern Polytechnic University;Xi′an;Shaanxi 710072;China 2Shaanxi Key Laboratory of Photoelectric;Gas-Oil Logging and Detecting;Xi′an Shiyou University;Xi′an;Shaanxi 710065;China 3Institute of Fiber Bragg Grating Application Technology;Northwest University;Xi′an;Shaanxi 710069;China
..............page:170-175
..............page:181-185
..............page:148-152
..............page:159-164
..............page:214-219