Vertical assembly of carbon nanotubes for via interconnects
Wei Qin-Qin a)b);Wei Zi-Jun a);Ren Li-Ming a);Zhao Hua-Bo a);Ye Tian-Yang a);Shi Zu-Jin c);Fu Yun-Yi a);Zhang Xing a);and Huang Ru a)a) Institute of Microelectronics;Peking University;Beijing 100871;China b) School of Electrical and Electronic Engineering;Shandong University of Technology;Zibo 255049;China c) College of Chemistry and Molecular Engineering;Peking University;Beijing 100871;China
..............page:10-17
Quantum superdense coding based on hyperentanglement
Zhao Rui-Tong a);Guo Qi a);Chen Li b);Wang Hong-Fu a);and Zhang Shou a) a) Department of Physics;College of Science;Yanbian University;Yanji 133002;China b) Center for Condensed Matter Science and Technology;Department of Physics;Harbin Institute of Technology;Harbin 150001;China
..............page:38-42
Entanglement evolution of three-qubit mixed states in multipartite cavity-reservoir systems
Xu Jing-Zhou a);Guo Jin-Bao a);Wen Wei b);Bai Yan-Kui a);and Yan Feng-Li a) a) College of Physical Science and Information Engineering and Hebei Advance Thin Films Laboratory;Hebei Normal University;Shijiazhuang 050016;China b) State Key Laboratory of Superlattices and Microstructures;Institute of Semiconductors;Chinese Academy of Sciences;P.O.Box 912;Beijing 100083;China
..............page:48-54
Thermal properties of Lense-Thirring spacetime in tetrad theory of gravity
Gamal G.L.Nashed a)b)c) a) Mathematics Department;Faculty of Science;King Faisal University;P.O.Box 380;Al-Ahsaa 31982;the Kingdom of Saudi Arabia b) Mathematics Department;Faculty of Science;Ain Shams University;Cairo 11566;Egypt c) Center for Theoretical Physics;British University of Egypt;Sherouk City 11837;P.O.Box 43;Egypt
..............page:55-62
Multifractal analysis of complex networks
Wang Dan-Ling a)b);Yu Zu-Guo a)c);and Anh V a) a) School of Mathematical Sciences;Queensland University of Technology;GPO Box 2434;Brisbane;Q 4001;Australia b) School of Mathematics & Physics;University of Science & Technology Beijing;Beijing 10083;China c) Hunan Key Laboratory for Computation & Simulation in Science & Engineering;and School of Mathematics & Computational Science;Xiangtan University;Xiangtan 411105;China
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Increasing the rewriting speed of optical rewritable e-paper by selecting proper liquid crystals
Geng Yu a)b);Sun Jiatong b);Anatoli Murauski b);Vladimir Chigrinov b);and Kwok Hoi Sing b) a) Center for Display Research;Department of Electrical and Electronic Engineering;Hong Kong University of Science and Technology;Clear Water Bay;Kowloon;Hong Kong;China b) Department of Electrical and Electronic Engineering;Hong Kong University of Science and Technology;Clear Water Bay;Kowloon;Hong Kong;China
..............page:125-129
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Size-dependent surface tension of a cylindrical nanobubble in liquid Ar
Yan Hong a)b);Zhu Ru-Zeng a);and Wei Jiu-An a)c) a) State Key Laboratory of Nonlinear Mechanics;Institute of Mechanics;Chinese Academy of Sciences;Beijing 100190;China b) Department of Electronic Information and Physics;Changzhi University;Changzhi 046011;China c) Advanced Semiconductor Materials Technology Singapore;2 Yishun Avenue 7;Singapore 768924
..............page:150-155
..............page:156-159
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Long-time limit behavior of the solution to an atom’s master equation
Chen Jun-Hua a);Fan Hong-Yi a);and Jiang Nian-Quan b) a) Department of Material Science and Engineering;University of Science and Technology of China;Hefei 230026;China b) School of Physical Science and Electronic Information Engineering;Wenzhou University;Wenzhou 325035;China
..............page:165-170
Laser-induced collisional energy transfer in Sr-Li system
Chen De-Ying a);Lu Zhen-Zhong a);Fan Rong-Wei a);Xia Yuan-Qin a);Zhou Zhi-Gang a);and Ji Yi-Qin b) a) National Key Laboratory of Science and Technology on Tunable Laser;Harbin Institute of Technology;Harbin 150001;China b) Tianjin Key Laboratory of Optical Thin Films;Tianjin Jinhang Institute of Technical Physics;Tianjin 300192;China
..............page:171-176
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Intersubband absorption with difference-frequency generation in GaAs asymmetric quantum wells
Cao Xiao-Long a)c);Li Zhong-Yang b);Yao Jian-Quan a)c);Wang Yu-Ye a)c);Zhu Neng-Nian a)c);Zhong Kai a)b);and Xu De-Gang a)b) a) College of Precision Instrument and Opto-electronics Engineering;Institute of Laser and Opto-electronics;Tianjin University;Tianjin 300072;China b) Institute of Electric Power;North China University of Water Resources and Electric Power;Zhengzhou 450011;China c) Key Laboratory of Opto-electronics Information Technology;Ministry of Education;Tianjin 300072;China
..............page:256-261
..............page:262-267
Thermal analysis of GaN laser diodes in a package structure
Feng Mei-Xin a)b);Zhang Shu-Ming b);Jiang De-Sheng a);Liu Jian-Ping b);Wang Hui b);Zeng Chang a)b);Li Zeng-Cheng a)b);Wang Huai-Bing b);Wang Feng b);and Yang Hui a)b) a) State Key Laboratory on Integrated Optoelectronics;Institute of Semiconductors;Chinese Academy of Sciences;Beijing 100083;China b) Suzhou Institute of Nano-Tech and Nano-Bionics;Chinese Academy of Sciences;Suzhou 215123;China
..............page:268-273
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An AlGaN/GaN HEMT with a reduced surface electric field and an improved breakdown voltage
Xie Gang a)b);Edward Xu a);Niloufar Hashemi a);Zhang Bo b);Fred Y.Fu c);and Wai Tung Ng a) a) The Edward S.Rogers Sr.Electrical and Computer Engineering Department;University of Toronto;Toronto;Ontario M5S 1A1;Canada b) State key Laboratory of Electronic Thin Films and Integrated Devices;University of Electronic Science and Technology of China;Chengdu 610054;China c) Crosslight Software Inc.Burnaby;BC;Canada
..............page:364-368
..............page:369-377
..............page:378-385
Liquid-to-glass transition of tetrahydrofuran and 2-methyltetrahydrofuran
Tan Rong-Ri a)b)c);Shen Xin a)c);Hu Lin b);and Zhang Feng-Shou a)c)d) a) The Key Laboratory of Beam Technology and Material Modification of the Ministry of Education;College of Nuclear Science and Technology;Beijing Normal University;Beijing 100875;China b) Guizhou Key Laboratory for Photoelectric and Application;College of Science;Guizhou University;Guiyang 550025;China c) Beijing Radiation Center;Beijing 100875;China d) Center of Theoretical Nuclear Physics;National Laboratory of the Heavy Ion Accelerator of Lanzhou;Lanzhou 730000;China
..............page:386-395
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..............page:420-424
Defect properties of CuCrO2:A density functional theory calculation
Fang Zhi-Jie a)b);Zhu Ji-Zhen a);Zhou Jiang a);and Mo Man a) a) Department of Information and Computation of Science;Guangxi University of Technology;Liuzhou 545006;China b) State Key Laboratory for Superlattics and Microstructures;Institute of Semiconductors;Chinese Academy of Sciences;P.O.Box 912;Beijing 100083;China
..............page:425-431
..............page:432-438
..............page:439-444
Electronic and optical properties of CdS/CdZnS nanocrystals
A.John Peter a)b) and Chang Woo Lee a) a) Department of Chemical Engineering and Green Energy Center;College of Engineering;Kyung Hee University;1 Seochun;Gihung;Yongin;Gyeonggi 446-701;S.Korea b) Department of Physics;Govt.Arts College;Melur;Madurai-62510;India
..............page:445-452
..............page:453-456
Formations and morphological stabilities of ultrathin CoSi2 films
Zhu Zhi-Wei a);Gao Xin-Dong b);Zhang Zhi-Bin b);Piao Ying-Hua a);Hu Cheng a);Zhang David-Wei a);and Wu Dong-Ping a) a) State Key Laboratory of ASIC and System;School of Microelectronics;Fudan University;Shanghai 200433;China b) Solid-State Electronics;the Angstro¨m Laboratory;Uppsala University;Box 534;75121 Uppsala;Sweden
..............page:457-462
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Charge ordering modulations in a Bi0.4Ca0.6MnO3 film with a thickness of 110 nm
Ding Yan-Hua a)b);Wang Yi-Qian a);Cai Rong-Sheng a)b);Chen Yun-Zhong c);and Sun Ji-Rong c) a) The Cultivation Base for State Key Laboratory;Qingdao University;Qingdao 266071;China b) College of Chemistry;Chemical Engineering and Environmental Engineering;Qingdao University;Qingdao 266071;China c) State Key Laboratory of Magnetism and Beijing National Laboratory for Condensed Matter Physics;Institute of Physics;Chinese Academy of Sciences;Beijing 100190;China
..............page:486-490
..............page:491-497
..............page:498-501
..............page:502-506
..............page:507-514
..............page:515-520
The optimal thickness of a transmission-mode GaN photocathode
Wang Xiao-Hui a)b);Shi Feng a);Guo Hui a);Hu Cang-Lu a);Cheng Hong-Chang a);Chang Ben-Kang b);Ren Ling b);Du Yu-Jie b)c);and Zhang Jun-Ju b) a) Science and Technology on Low-Light-Level Night Vision Laboratory;Xi’an 710065;China b) Institute of Electronic Engineering and Optoelectronic Technology;Nanjing University of Science and Technology;Nanjing 210094;China c) Department of Physics;Institute of Binzhou;Binzhou 256603;China
..............page:521-525
..............page:526-530
Tunable structural color of anodic tantalum oxide films
Sheng Cui-Cui a);Cai Yun-Yu a);Dai En-Mei b);and Liang Chang-Hao a) a) Key Laboratory of Materials Physics and Anhui Key Laboratory of Nanomaterials and Nanotechnology;Institute of Solid State Physics;Hefei Institutes of Physical Science;Chinese Academy of Sciences;Hefei 230031;China b) Information Center;Hefei Institutes of Physical Science;Chinese Academy of Sciences;Hefei 230031;China
..............page:531-535
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..............page:568-573
..............page:574-577
High-photosensitivity polymer thin-film transistors based on poly(3-hexylthiophene)
Liu Yu-Rong a)b);Lai Pei-Tao c);and Yao Ruo-He a)b) a) The School of Electronic and Information Engineering;South China University of Technology;Guangzhou 510640;China b) Guangdong Provincial Key Laboratory of Short-range Wireless Detection and Communication;South China University of Technology;Guangzhou 510640;China c) Department of Electrical and Electronic Engineering;the University of Hong Kong;Pokfulam Rd.;Hong Kong;China
..............page:578-583
White organic light-emitting diodes based on a combined electromer and monomer emission in doubly-doped polymers
Meng Ling-Chuan a);Lou Zhi-Dong a);Yang Sheng-Yi b);Hou Yan-Bing a);Teng Feng a);Liu Xiao-Jun a);and Li Yun-Bai a) a) Key Laboratory of Luminescence and Optical Information;Ministry of Education;Institute of Optoelectronic Technology;Beijing Jiaotong University;Beijing 100044;China b) Laboratory of Nanophotonics Materials and Technology;Center for Micro and Nano Technology & School of Materials Science and Engineering;Beijing Institute of Technology;Beijing 100081;China
..............page:584-587
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