1007-5461
2014 Issue 1
Recent advances in multilayer coatings for extreme ultraviolet lithography
QIN Juan-juan;DONG Wei-wei;ZHOU Shu;YOU Li-bing;FANG Xiao-dong;Anhui Provincial Key Laboratory of Photonic Devices and Materials;Anhui Institute of Optics and Fine Mechanics;Chinese Academy of Sciences;
QIN Juan-juan;DONG Wei-wei;ZHOU Shu;YOU Li-bing;FANG Xiao-dong;Anhui Provincial Key Laboratory of Photonic Devices and Materials;Anhui Institute of Optics and Fine Mechanics;Chinese Academy of Sciences;
..............page:1-11
Fluorescence spectra and Raman spectra of several synthetic food colors
LU Mei-hong;LEI Hai-ying;WANG Zhi-jun;WU Qiao-feng;Department of Electronic Information and Physics;Changzhi University;Department of Biological Sciences and Technology;Changzhi University;Department of Physics;Northwestern Polytechnical University;
LU Mei-hong;LEI Hai-ying;WANG Zhi-jun;WU Qiao-feng;Department of Electronic Information and Physics;Changzhi University;Department of Biological Sciences and Technology;Changzhi University;Department of Physics;Northwestern Polytechnical University;
..............page:12-17
Remote sensing of CH4 column concentration in atmosphere based on direct-sun infrared absorption spectroscopy
CHENG Si-yang;GAO Min-guang;XU Liang;JIN Ling;LI Sheng;Tong Jing-jing;LIU Jian-guo;LIU Wen-qing;Key Laboratory of Environmental Optics and Technology;Anhui Institute of Optics and Fine Mechanics;Chinese Academy of Sciences;
CHENG Si-yang;GAO Min-guang;XU Liang;JIN Ling;LI Sheng;Tong Jing-jing;LIU Jian-guo;LIU Wen-qing;Key Laboratory of Environmental Optics and Technology;Anhui Institute of Optics and Fine Mechanics;Chinese Academy of Sciences;
..............page:18-24
Modulate mixed multi-wavelength lights to realize focusing, shaping and spectrum separation function by cascaded diffractive optical elements
DING Li;HUANG Kun;KANG Xue-liang;LI Yong-ping;Department of Optics & Optical Engineering;University of Science and Technology of China;
DING Li;HUANG Kun;KANG Xue-liang;LI Yong-ping;Department of Optics & Optical Engineering;University of Science and Technology of China;
..............page:25-32
Theory calculation of PASER in gas mixture active medium
TIAN Xiu-fang;WU Cong-feng;National Synchrotron Radiation Laboratory;University of Science and Technology of China;
TIAN Xiu-fang;WU Cong-feng;National Synchrotron Radiation Laboratory;University of Science and Technology of China;
..............page:33-39
Achieving no decoherence quantum information transfer by using exchange decay between qubits
JI Ying-hua;HUANG Jian-hua;LIU Yong-mei;Department of Physics;Jiangxi Normal University;Key Laboratory of Photoelectronics and Telecommunication of Jiangxi Province;College of Mathematics and Information Science;Jiangxi Normal University;
JI Ying-hua;HUANG Jian-hua;LIU Yong-mei;Department of Physics;Jiangxi Normal University;Key Laboratory of Photoelectronics and Telecommunication of Jiangxi Province;College of Mathematics and Information Science;Jiangxi Normal University;
..............page:40-46
Pancharatnam phase properties of nonlinear Tavis-Cummings model with squeezed state
XU Bing;XIE Fang-sen;College of Physics and Communication Electronics;Jiangxi Normal University;
XU Bing;XIE Fang-sen;College of Physics and Communication Electronics;Jiangxi Normal University;
..............page:47-55
Measurement of phase fluctuations of Bose-Einstein condensates in one dimensional optical lattice
ZHOU Hai-long;ZHU Qiang;WANG Bing;XIONG De-zhi;State Key Laboratory of Magnetic Resonance and Atomic and Molecular Physics;Wuhan Institute of Physics and Mathematics;Chinese Academy of Sciences;Key Laboratory of Atomic Frequency Standards;Wuhan Institute of Physics and Mathematics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
ZHOU Hai-long;ZHU Qiang;WANG Bing;XIONG De-zhi;State Key Laboratory of Magnetic Resonance and Atomic and Molecular Physics;Wuhan Institute of Physics and Mathematics;Chinese Academy of Sciences;Key Laboratory of Atomic Frequency Standards;Wuhan Institute of Physics and Mathematics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
..............page:56-60
Quantum entanglement of binomial optical field interacting with moving atom in mixed state
LI Hong-xing;Sachuerfu;FENG Chuan;ZHANG Dong-xia;College of Physics and Electronic Information;Inner Mongolia Normal University;Library;Inner Mongolia Normal University;The First Middle School of Wuhai City;
LI Hong-xing;Sachuerfu;FENG Chuan;ZHANG Dong-xia;College of Physics and Electronic Information;Inner Mongolia Normal University;Library;Inner Mongolia Normal University;The First Middle School of Wuhai City;
..............page:61-68
Atomic Bell state and GHZ state analyzers based on cavity input-output processes
LI Ai-li;YU Ya-fei;ZHANG Zhi-ming;Laboratory of Nanophotonic Functional Materials and Devices;SIPSE & LQIT;South China Normal University;
LI Ai-li;YU Ya-fei;ZHANG Zhi-ming;Laboratory of Nanophotonic Functional Materials and Devices;SIPSE & LQIT;South China Normal University;
..............page:69-74
Effect of spin-orbit interaction on thermal entanglement in high-spin system with inhomogeneous magnetic field
ZHANG Xue-min;QIN Meng;WANG Bi-li;LIU Cui-cui;Department of Foundation;Xi’an SiYuan University;Institute of Science;PLA University of Science and Technology;
ZHANG Xue-min;QIN Meng;WANG Bi-li;LIU Cui-cui;Department of Foundation;Xi’an SiYuan University;Institute of Science;PLA University of Science and Technology;
..............page:75-79
Discussion on implementation of a parallel algorithm about Heisenberg model
HUANG Min;HAN Wen-juan;LIU Hai;Department of Mathematics;Liupanshui Normal University;Department of Physics and Electronic Science;Liupanshui Normal University;
HUANG Min;HAN Wen-juan;LIU Hai;Department of Mathematics;Liupanshui Normal University;Department of Physics and Electronic Science;Liupanshui Normal University;
..............page:80-85
Steady-state analysis of an asymmetric bistable system driven by cross-correlated noises with periodic signal
WANG Guo-wei;CHENG Qing-hua;XU Da-hai;School of Physical Science and Technology;Yangtze University;
WANG Guo-wei;CHENG Qing-hua;XU Da-hai;School of Physical Science and Technology;Yangtze University;
..............page:86-93
Transmission characteristics of liquid-core optical fiber used for 308 nm excimer laser instrument
GAO Jian;FANG Xiao-dong;LIANG Xu;MA Yue;WU Ben-ke;School of Electronic Science and Applied Physics;Hefei University of Technology;Anhui Institute of Optics and Fine Mechanics;Chinese Academy of Sciences;
GAO Jian;FANG Xiao-dong;LIANG Xu;MA Yue;WU Ben-ke;School of Electronic Science and Applied Physics;Hefei University of Technology;Anhui Institute of Optics and Fine Mechanics;Chinese Academy of Sciences;
..............page:94-98
Analysis of Cu in liquid jet using double pulse laser induced breakdown spectroscopy
HU Zhen-hua;ZHANG Qiao;DING Lei;WANG Ying-ping;ZHENG Hai-yang;FANG Li;Laboratory of Environmental Spectroscopy;Anhui Institute of Optics and Fine Mechanics;Chinese Academy of Sciences;
HU Zhen-hua;ZHANG Qiao;DING Lei;WANG Ying-ping;ZHENG Hai-yang;FANG Li;Laboratory of Environmental Spectroscopy;Anhui Institute of Optics and Fine Mechanics;Chinese Academy of Sciences;
..............page:99-106
Relationship between barrier height of single quantum well InGaN/GaN and LED photoelectric performance
ZHANG Da-qing;LI Guo-bin;CHEN Chang-shui;General Staff 60th Institute of the PLA;School of Information and Optoelectronic Science and Engineering;South China NormalUniversity;
ZHANG Da-qing;LI Guo-bin;CHEN Chang-shui;General Staff 60th Institute of the PLA;School of Information and Optoelectronic Science and Engineering;South China NormalUniversity;
..............page:107-115
..............page:116
xin ying de duan bo zi wai ji guang qi
cui da fu ; yang feng ; wang zhi chao ; zong zuo ; bao yong ; liu shan shan ; zhang guo chun ; peng qin jun ; wu yi cheng ; xu zu yan ;
cui da fu ; yang feng ; wang zhi chao ; zong zuo ; bao yong ; liu shan shan ; zhang guo chun ; peng qin jun ; wu yi cheng ; xu zu yan ;
..............page:116
gao ping jun gong lv suo mo pi miao nd:gdvo4 ji guang qi yan jiu
zhang feng feng ; wang zhi min ; zuo jun wei ; yuan hong zuo ; yuan lei ; yang jing ; peng qin jun ; cui da fu ; xu zu yan ;
zhang feng feng ; wang zhi min ; zuo jun wei ; yuan hong zuo ; yuan lei ; yang jing ; peng qin jun ; cui da fu ; xu zu yan ;
..............page:116
880nm ld duan mian beng pu nd:yvo4 ban tiao ji guang shi yan yan jiu
zhang heng li ; xu zuo ; mao ye fei ; deng bo ; xing ji chuan ; xin jian guo ; he jing liang ;
zhang heng li ; xu zuo ; mao ye fei ; deng bo ; xing ji chuan ; xin jian guo ; he jing liang ;
..............page:117
fei miao ji guang mai chong dian li kong qi shi chan sheng de chao liang pen she zhuang xiang gan guang shu
xu zhi jun ; yu yang ; zhang zuo ; zhu xiao nong ;
xu zhi jun ; yu yang ; zhang zuo ; zhu xiao nong ;
..............page:117
shi yan shi he tian ti zhong de deng li zi ti - deng li zi ti xiang hu zuo yong shi yan yan jiu
li yu tong ;
li yu tong ;
..............page:117
gao chun du gao zhuan huan xiao lv yi jie si tuo ke si ji guang xie zhen qiang yan jiu
liu xiao meng ; liu qin yong ; li dai jun ; du ke ming ;
liu xiao meng ; liu qin yong ; li dai jun ; du ke ming ;
..............page:118
chan zuo guang xian bu la ge guang zha f-p qiang de guang xue shuang wen tai te xing de yan jiu
meng zuo ; su xue mei ;
meng zuo ; su xue mei ;
..............page:118-119
ji yu pin yi guang xue fan kui de wen ding wei bo pin lv chuan di
liu guan yu ; lu xing ; shi ke bin ; gong qi huang ;
liu guan yu ; lu xing ; shi ke bin ; gong qi huang ;
..............page:118
ju you xian xing ge xiang yi xing de bao he fei xian xing cai liao zhong de xuan zhuan hu xi zi
liang guo ; guo qi ;
liang guo ; guo qi ;
..............page:119-120
xin ying xuan zhuan wo xuan guang shu de chuan shu te xing yan jiu
deng dong mei ; guo qi ;
deng dong mei ; guo qi ;
..............page:119
Surface-enhanced Raman scattering from semiconductor nanostructures
SHI Wen-sheng;Technical Institute of Physics and Chemistry;Chinese Academy of Sciences;
SHI Wen-sheng;Technical Institute of Physics and Chemistry;Chinese Academy of Sciences;
..............page:119
1+1 wei qian bo li zhong gu zi de da xiang yi
wu zuo ; guo qi ;
wu zuo ; guo qi ;
..............page:120
ji yu bian jie xian zhi er wen ding de zhen dang xing er ci gu zi
wang jing ; guo qi ; hu wei ;
wang jing ; guo qi ; hu wei ;
..............page:120
Quantum secure direct communication
LONG Gui-lu;Department of Physics;Tsinghua University;
LONG Gui-lu;Department of Physics;Tsinghua University;
..............page:120
ji yu liang zi dian - qiang xi tong de liang zi xin xi chu li
zhao rui tong ; liang rui sheng ; wang fa qiang ;
zhao rui tong ; liang rui sheng ; wang fa qiang ;
..............page:120-121
shuang qiang guang li xue xi tong zhong si tuo ke si chang yu fan si tuo ke si chang xing zhi de yan jiu
yan xiao bo ; gu kai hui ; fu chang bao ; wu jin hui ;
yan xiao bo ; gu kai hui ; fu chang bao ; wu jin hui ;
..............page:121
dian ci gan ying fu zhe she lv jie zhi de se san xing zhi yan jiu
zhou chun xiao ; su xue mei ;
zhou chun xiao ; su xue mei ;
..............page:121
..............page:122
Plasmonic graphene-antenna photodetector and transistor
FANG Zhe-yu;ZHU Xing;School of Physics;Peking University;
FANG Zhe-yu;ZHU Xing;School of Physics;Peking University;
..............page:122
Optical study of charge state of nitrogen-vacancy center in diamond
CHEN Xiang-dong;ZOU Chang-ling;SUN Fang-wen;GUO Guang-can;Key Laboratory of Quantum Information;University of Science and Technology of China;
CHEN Xiang-dong;ZOU Chang-ling;SUN Fang-wen;GUO Guang-can;Key Laboratory of Quantum Information;University of Science and Technology of China;
..............page:122
fei miao ji guang you dao si biao mian zhou qi tiao wen jie gou xing cheng de chao kuai cheng xiang yan jiu
jia zuo ; jia tian qing ;
jia zuo ; jia tian qing ;
..............page:123-124
chao kuai mai chong zheng xing ji qi ying yong
zhang shi an ; sun zhen rong ;
zhang shi an ; sun zhen rong ;
..............page:123
jin hong wai fei miao ji guang zhao she xia chan er3+ na mi jing bo li de hong guang - lv guang diao xie yu zeng qiang
jia tian qing ; shang xiao ying ; yuan chen yu ; cheng wen jing ; feng dong hai ; zhang shi an ; sun zhen rong ;
jia tian qing ; shang xiao ying ; yuan chen yu ; cheng wen jing ; feng dong hai ; zhang shi an ; sun zhen rong ;
..............page:123
Nanoscale light confinement and transport in symmetric hybrid plasmonic waveguides based on silicon nanoslots
BIAN Yu-sheng;GONG Qi-huang;State Key Laboratory for Mesoscopic Physics;Department of Physics;Peking University;
BIAN Yu-sheng;GONG Qi-huang;State Key Laboratory for Mesoscopic Physics;Department of Physics;Peking University;
..............page:123
..............page:124-125
tai he zi bo qian diao kong qi jian
zhang yan ;
zhang yan ;
..............page:124
jin na mi bang fu he na mi ke li ying guang fu she de wei guan he hong guan diao kong
li jia fang ; liu si yun ; li zhi yuan ;
li jia fang ; liu si yun ; li zhi yuan ;
..............page:124
fei miao mai chong zheng xing kong zhi de ke diao xie de tai he zi mai chong chan sheng
lu chen zuo ; zhang shi an ; sun zhen rong ;
lu chen zuo ; zhang shi an ; sun zhen rong ;
..............page:124
tai he zi liang zi zuo tan ce qi
guo xu guang ; zhang rong ; tan zhi yong ; cao jun cheng ;
guo xu guang ; zhang rong ; tan zhi yong ; cao jun cheng ;
..............page:125
fan suan zuo jing ti ji zhi de he zuo neng liang chuan di dao zhi de yb3+ li zi de shuang guang zi jin hong wai liang zi jian cai
chen xiao bo ; li zuo ; zou qiu yan ; yang xiao dong ; liu jin ying ; deng fu guo ; peng fang zuo ; du shuai ;
chen xiao bo ; li zuo ; zou qiu yan ; yang xiao dong ; liu jin ying ; deng fu guo ; peng fang zuo ; du shuai ;
..............page:125
Fiber-based photonic crystal reflectors with fractional bandwidths in excess of 10%
DING Wei;LI Zhi-yuan;Laboratory of Optical Physics;Institute of Physics;Chinese Academy of Sciences;
DING Wei;LI Zhi-yuan;Laboratory of Optical Physics;Institute of Physics;Chinese Academy of Sciences;
..............page:125-126
shou xing wu zhi xuan guang xiang ying de tai he zi shi yu guang pu ce liang he fen xi
e zuo wen ; wang li ;
e zuo wen ; wang li ;
..............page:125
guang zi jing ti gan led yu liang zi dian de gong zhen neng liang zhuan yi
xu xing sheng ; wang hua yong ;
xu xing sheng ; wang hua yong ;
..............page:126
shi liang guang shu dui jin na mi ke li de bo huo yu li xue ce liang
guo hong lian ; huang zuo ; li jia fang ; li zhi yuan ;
guo hong lian ; huang zuo ; li jia fang ; li zhi yuan ;
..............page:126-127
ji yu fang xiang dai xi cha yi de er wei guang zi jing ti yi zhi jie gou de dan xiang fen shu te xing
feng shuai ; wang yi quan ; wang wen zhong ;
feng shuai ; wang yi quan ; wang wen zhong ;
..............page:126
ji yu lcos de xia yi dai ke zhong gou guang fen cha fu yong qi yan jiu
chen gen xiang ; chen xiao ; wang yi quan ; song fei jun ;
chen gen xiang ; chen xiao ; wang yi quan ; song fei jun ;
..............page:126
chao kuai dian zi yan she dian zi mai kuan de ce liang
pei min jie ; zhang shi an ; sun zhen rong ;
pei min jie ; zhang shi an ; sun zhen rong ;
..............page:127
man guang zeng qiang de yong yu hua xue fen zi jian ce de guang pu yi
shou zuo ; gao bo sen ;andreas c liapis;joseph vornehm;robert boyd; guo qi ;
shou zuo ; gao bo sen ;andreas c liapis;joseph vornehm;robert boyd; guo qi ;
..............page:127
ji yu pi miao guang can liang ji shu dui 1064nm chao wei ruo guang xin hao de ling min tan ce
xiao kun ; zhang jing ; lin bin ; zhang qiu lin ; zhang dong xiang ; feng bao hua ;
xiao kun ; zhang jing ; lin bin ; zhang qiu lin ; zhang dong xiang ; feng bao hua ;
..............page:127
ji yu san ban qiang du zhang luo diao zhi de wei xun huan ji guang san ban cheng xiang
wang zuo dai ; zeng ya guang ; yang guo jian ;
wang zuo dai ; zeng ya guang ; yang guo jian ;
..............page:127-128
..............page:128
li yong sted fang fa yan jiu itx ju he wu de fu za chao fen bian na mi jia gong
zhou zuo ; liu ju kun ; pan jia ; feng dong hai ; jia tian qing ;
zhou zuo ; liu ju kun ; pan jia ; feng dong hai ; jia tian qing ;
..............page:128
fei miao ji guang zuo yong xia co2 fen zi liang ti san ti jie li dong li xue yan jiu
wu cong ; wu cheng yin ; gong qi huang ;
wu cong ; wu cheng yin ; gong qi huang ;
..............page:128
..............page:132