1673-1905
2011 Issue 5
Design of atmospheric composition monitor based on ultraviolet optical absorption technology
LI Wen-jun Bio-Incubator;Imperial College London;London SW7 2BP;UK
LI Wen-jun Bio-Incubator;Imperial College London;London SW7 2BP;UK
..............page:384-388
An IIR adaptive electronic equalizer for polarization multiplexed fiber optic communication systems
ZENG Xiang-ye1;2;LIU Jian-fei2;and ZHAO Qi-da1 1. Institute of Modern Optics;Nankai University;Tianjin 300071;China 2. School of Information Engineering;Hebei University of Technology;Tianjin 300401;China
ZENG Xiang-ye1;2;LIU Jian-fei2;and ZHAO Qi-da1 1. Institute of Modern Optics;Nankai University;Tianjin 300071;China 2. School of Information Engineering;Hebei University of Technology;Tianjin 300401;China
..............page:371-375
Study of metamorphic InGaAs/GaAs quantum well laser materials grown on GaAs substrate by molecular beam epitaxy
ZHU Yan;NI Hai-qiao;WANG Hai-li;HE Ji-fang;LI Mi-feng;SHANG Xiang-jun;and NIU Zhi-chuan State Key Laboratory for Superlattices and Microstructures;Institute of Semiconductors;Chinese Academy of Sciences;Beijing 100083;China
ZHU Yan;NI Hai-qiao;WANG Hai-li;HE Ji-fang;LI Mi-feng;SHANG Xiang-jun;and NIU Zhi-chuan State Key Laboratory for Superlattices and Microstructures;Institute of Semiconductors;Chinese Academy of Sciences;Beijing 100083;China
..............page:325-329
A new solid-conversion gas detector for high energy X-ray industrial computed tomography
ZHOU Ri-feng;CHEN Wei-min;and DUAN Xiao-jiao Key Lab. for Optoelectronic Technology & Systems of Ministry of Education;Chongqing University;Chongqing 400044;China
ZHOU Ri-feng;CHEN Wei-min;and DUAN Xiao-jiao Key Lab. for Optoelectronic Technology & Systems of Ministry of Education;Chongqing University;Chongqing 400044;China
..............page:337-340
Theoretical study on cross sensitivity of fiber Bragg grating sensor affected by double and triple external variables
LUO Bin-bin1;2;ZHAO Ming-fu1;WANG Shao-fei1;ZHOU Xiao-jun2;HUANG De-yi1;and CAO Xue-mei1 1. Department of Electronic Engineering;Chongqing University of Technology;Chongqing;400054;China 2. School of Optoelectronic Information;University of Electronic Science and Technology of China;Chengdu 610054;China
LUO Bin-bin1;2;ZHAO Ming-fu1;WANG Shao-fei1;ZHOU Xiao-jun2;HUANG De-yi1;and CAO Xue-mei1 1. Department of Electronic Engineering;Chongqing University of Technology;Chongqing;400054;China 2. School of Optoelectronic Information;University of Electronic Science and Technology of China;Chengdu 610054;China
..............page:358-362
A precise model of LED lighting and its application in uniform illumination system
WU Feng-tie and HUANG Qi-lu College of Information Science and Engineering;Huaqiao University;Quanzhou 362021;China
WU Feng-tie and HUANG Qi-lu College of Information Science and Engineering;Huaqiao University;Quanzhou 362021;China
..............page:334-336
A displacement measurement system based on optical triangulation method
FU Xian-bin;LIU Bin;and ZHANG Yu-cun Institute of Electrical Engineering;Yan shan University;Qinhuangdao 066004;China
FU Xian-bin;LIU Bin;and ZHANG Yu-cun Institute of Electrical Engineering;Yan shan University;Qinhuangdao 066004;China
..............page:380-383
Design of a sinc-sampled fiber Bragg grating fabricated in high birefringence fiber
BAI Qing1;FENG De-jun1;2;and JI Wei1;2 1. School of Information Science and Engineering;Shan dong University;Jinan 250100;China 2. Semiconductor Optoelectronics Engineering Technology Center of Shandong Province;Jinan 250100;China
BAI Qing1;FENG De-jun1;2;and JI Wei1;2 1. School of Information Science and Engineering;Shan dong University;Jinan 250100;China 2. Semiconductor Optoelectronics Engineering Technology Center of Shandong Province;Jinan 250100;China
..............page:367-370
Composition-induced valence variation of europium and the photoluminescence properties for Eu2+ doped borophosphate luminous glass in air
QIU Kun1;XU Suo-cheng1;TIAN Hua2;ZHENG Xi2;LV Tian-shuai2;LU Qi-fei3;and WANG Da-jian1;2;3 1. School of Materials Science & Engineering;Tianjin University of Technology;Tianjin 300384;China 2. Key Lab. on Display Materials & Photoelectric Devices Ministry of Education of China;Tianjin University of Techndogy;Tianjin 300384;China 3. Tianjin Key Lab. for Photoelectronic Materials & Devices;Tianjin University of Technology;Tianjin 300384;China
QIU Kun1;XU Suo-cheng1;TIAN Hua2;ZHENG Xi2;LV Tian-shuai2;LU Qi-fei3;and WANG Da-jian1;2;3 1. School of Materials Science & Engineering;Tianjin University of Technology;Tianjin 300384;China 2. Key Lab. on Display Materials & Photoelectric Devices Ministry of Education of China;Tianjin University of Techndogy;Tianjin 300384;China 3. Tianjin Key Lab. for Photoelectronic Materials & Devices;Tianjin University of Technology;Tianjin 300384;China
..............page:350-353
Fractal characteristics of far-field diffraction patterns for two-dimensional Thue-Morse quasicrystals
YANG Ming-yang1;ZHOU Jun1;L Petti2;S De Nicola3;and P Mormile2 1. Institute of Photonics;Faculty of Science;Ningbo University;Ningbo 315211;China 2. Istituto di Cibernetica "E. Caianiello" del Consiglio Nazionale delle Ricerche;Via Campi Flegrei 34;Pozzuoli 80078;Italy 3. Istituto Nazionale di Ottica del Consiglio Nazionale delle Ricerche;Via Campi Flegrei 34;Pozzuoli 80078;Italy
YANG Ming-yang1;ZHOU Jun1;L Petti2;S De Nicola3;and P Mormile2 1. Institute of Photonics;Faculty of Science;Ningbo University;Ningbo 315211;China 2. Istituto di Cibernetica "E. Caianiello" del Consiglio Nazionale delle Ricerche;Via Campi Flegrei 34;Pozzuoli 80078;Italy 3. Istituto Nazionale di Ottica del Consiglio Nazionale delle Ricerche;Via Campi Flegrei 34;Pozzuoli 80078;Italy
..............page:346-349
Low power consumption high speed CMOS dual-modulus 15/16 prescaler for optical and wireless communications
LIU Hui-min1;2;ZHANG Xiao-xing1;DAI Yu-jie1;and LV Ying-jie1 1. Institute of Microelectronics;Nankai University;Tianjin 300071;China 2. School of Electronics Information Engineering;Tianjin University of Technology;Tianjin 300384;China
LIU Hui-min1;2;ZHANG Xiao-xing1;DAI Yu-jie1;and LV Ying-jie1 1. Institute of Microelectronics;Nankai University;Tianjin 300071;China 2. School of Electronics Information Engineering;Tianjin University of Technology;Tianjin 300384;China
..............page:341-345
SARG04 decoy-state quantum key distribution based on an unstable source
ZHOU Yuan-yuanand ZHOU Xue-jun Electronic Engineering College;Naval University of Engineering;Wuhan 430033;China
ZHOU Yuan-yuanand ZHOU Xue-jun Electronic Engineering College;Naval University of Engineering;Wuhan 430033;China
..............page:389-393
Hadamard precoding for PAPR reduction in optical direct detection OFDM systems
WANG Zhong-peng1;2;XIAO Jiang-nan2;LI Fan2;and CHEN Lin2 1. School of Information and Electronic Engineering;Zhejiang University of Science and Technology;Hangzhou 310023;China 2. School of Computer and Communication;Hunan University;Changsha 410082;China
WANG Zhong-peng1;2;XIAO Jiang-nan2;LI Fan2;and CHEN Lin2 1. School of Information and Electronic Engineering;Zhejiang University of Science and Technology;Hangzhou 310023;China 2. School of Computer and Communication;Hunan University;Changsha 410082;China
..............page:363-366
Coupled-mode theory for magneto-optical fiber Bragg grating under non-uniform magnetic field
LIU Fen;WU Bao-jian;and LU Xin Key Lab. of Broadband Optical Fiber Transmission and Communication Networks of Education Ministry of China;University of Electronic Science and Technology of China;Chengdu 611731;China
LIU Fen;WU Bao-jian;and LU Xin Key Lab. of Broadband Optical Fiber Transmission and Communication Networks of Education Ministry of China;University of Electronic Science and Technology of China;Chengdu 611731;China
..............page:354-357
Time distribution characteristics of cat-eye reflected light from moving optical target
ZHAO Yan-zhong;SUN Hua-yan;ZHENG Yong-hui;and ZHANG Lai-xian The Academy of Equipment Command and Technology;Beijing 101416;China
ZHAO Yan-zhong;SUN Hua-yan;ZHENG Yong-hui;and ZHANG Lai-xian The Academy of Equipment Command and Technology;Beijing 101416;China
..............page:397-400
An air-stable inverted photovoltaic device using ZnO as the electron selective layer and MoO3 as the blocking layer
SONG Peng-fei1;2;QIN Wen-jing1;2;DING Guo-jing1;2;YAN Qi-qi1;2;YANG Li-ying1;2;and YIN Shou-gen1;2;1. Key Laboratory of Display Materials and Photoelectric Devices;Education Ministry of China;School of Materials Science and Engineering;Tianjin University of Technology;Tianjin 300384;China 2. Tianjin Key Lab. for Photoelectric Materials and Devices;Tianjin University of Technology;Tianjin 300384;China
SONG Peng-fei1;2;QIN Wen-jing1;2;DING Guo-jing1;2;YAN Qi-qi1;2;YANG Li-ying1;2;and YIN Shou-gen1;2;1. Key Laboratory of Display Materials and Photoelectric Devices;Education Ministry of China;School of Materials Science and Engineering;Tianjin University of Technology;Tianjin 300384;China 2. Tianjin Key Lab. for Photoelectric Materials and Devices;Tianjin University of Technology;Tianjin 300384;China
..............page:330-333
Numerical analysis on an OOK-NRZ visible light communication system based on a single white LED
JIA Yong-po;YE Wei-lin;TIAN Chong-wen;QUAN Xiang-yin;WANG Jia-qi;SONG Zhan-wei;and ZHENG Chuan-tao State Key Laboratory on Integrated Optoelectronics;College of Electronic Science and Engineering;Jilin University;Changchun 130012;China
JIA Yong-po;YE Wei-lin;TIAN Chong-wen;QUAN Xiang-yin;WANG Jia-qi;SONG Zhan-wei;and ZHENG Chuan-tao State Key Laboratory on Integrated Optoelectronics;College of Electronic Science and Engineering;Jilin University;Changchun 130012;China
..............page:376-379
..............page:401
SnO2 nanosheet as a photoanode interfacial layer for dyesensitized solar cells
CAI Feng-shi1;2;3**;WANG Jing1;2;YUAN Zhi-hao1;2;3;and DUAN Yue-qin1;2 1. Nanomaterial & Nanotechnology Research Center;Tianjin University of Technology;Tianjin 300384;China 2. Tianjin Key Laboratory for Photoelectric Materials and Devices;Tianjin University of Technology;Tianjin 300384;China 3. Key Laboratory of Display Materials and Photoelectric Devices;Ministry of Education of China;Tianjin University of Technology;Tianjin 300384;China
CAI Feng-shi1;2;3**;WANG Jing1;2;YUAN Zhi-hao1;2;3;and DUAN Yue-qin1;2 1. Nanomaterial & Nanotechnology Research Center;Tianjin University of Technology;Tianjin 300384;China 2. Tianjin Key Laboratory for Photoelectric Materials and Devices;Tianjin University of Technology;Tianjin 300384;China 3. Key Laboratory of Display Materials and Photoelectric Devices;Ministry of Education of China;Tianjin University of Technology;Tianjin 300384;China
..............page:321-324
Zone-center optical phonons in wurtzite InAlN crystal
CHEN Gui-chu1and FAN Guang-han2 1.Department of Physics;Zhaoqing University;Zhaoqing 526061;China 2.Institute of Optoelectronic Material and Technolochy;South China Normal University;Guangzhou 510631;China
CHEN Gui-chu1and FAN Guang-han2 1.Department of Physics;Zhaoqing University;Zhaoqing 526061;China 2.Institute of Optoelectronic Material and Technolochy;South China Normal University;Guangzhou 510631;China
..............page:394-396