Research Progresses in Electron Sources of X-Ray Tubes Based on the Carbon Nanotube Cold Cathode
Zhao Jiang;Chen Jing;Wang Debo;Jiangsu Provincial Engineering Laboratory for RF Integration and Micropackaging;Nanjing University of Posts and Telecommunications;Key Laboratory of Radio Frequency and Micro-Nano Electronics of Jiangsu Province;College of Electronic Science and Engineering;Nanjing University of Posts and Telecommunications;

..............page:681-687+728

Performances of the Dye Sensitization Solar Cell with TiO₂ Nanowire Pastes as the Scattering Layer
Wen Nai;Li Longwei;Department of Electrical Information Engineering;Pingdingshan University;Key laboratory for the Physics and Chemistry of Nanodevices;Peking University;

..............page:688-691+706

Research Progress of Graphene Doping
Hu Rongyan;Jia Kunpeng;Chen Yang;Zhan Jun;Su Yajuan;Institute of Microelectronics;Chinese Academy of Sciences;School of Microelectronics and Solid State Electronics;University of Electronic Science and Technology of China;

..............page:692-700

Fabrication and Gas Sensing Properties of ZnO Nanowires
Wei Zihan;Sun Yongjiao;Hu Jie;Micro and Nano System Research Center;College of Information Engineering;Taiyuan University of Technology;

..............page:701-706

High Precision Fluorescent Detection Bio-Chip Based on the Microfabrication Technique
Li Yigui;Huang Yuan;Yan Ping;Sugiyama Susumu;School of Science;Shanghai Institute of Technology;Department of Microsystems;Ritsumeikan University;

..............page:707-712

MEMS Piezoelectric Micro-Vibration Generator Under the Low Frequency Response
An Kun;Chen Donghong;Liu Li;He Jian;Chou Xiujian;Zhang Wendong;Key Laboratory of Instrumentation Science and Dynamic Measurement of Ministry of Education;North University of China;School of Computer Science and Control Engineering;North University of China;National Key Laboratory for Electronic Measurement Technology;North University of China;

..............page:713-717+728

Driving Method of the Cell by the Optical Fiber Laser Based on the Principle of Optical Tweezers
Cheng Jingmeng;Zhou Wei;Yang Li;Li Shanshan;Jiang Yunfeng;Zhang Sixiang;Research Institute of Modern Measurement and Control Technology;Hebei University of Technology;

..............page:718-721+746

Design and Analysis of the Nanopositioner Based on the Stick-Slip Principle
Pan Peng;Sun Fujun;Yang Feiyu;Wang Chengwei;Ru Changhai;Research Center of Robotics and Micro System & Collaborative Innovation Center of Suzhou Nano Science and Technology;Soochow University;

..............page:722-728

SiC and SiC Direct Bonding and Microstructure Analysis of the Bonding Interface
Wang Xinxin;Liang Ting;Jia Pinggang;Wang Taolong;Liu Yutao;Zhang Rui;Xiong Jijun;Key Laboratory of Instrumentation Science & Dynamic Measurement of the Ministry of Education;North University of China;Science and Technology on Electronic Test & Measurement Laboratory;North University of China;

..............page:729-732+746

Effect of the Abrasive Particle Size on the Multilayer Cu Wire CMP
Wu Peng;Zhou Jianwei;He Yangang;Liu Yuling;Qin Ran;Zhang Yan;Institute of Microelectronics;Hebei University of Technology;

..............page:733-736

Passivation Mechanism of the Oxidant for the TSV Copper Film in the CMP
Zhang Yan;Liu Yuling;Wang Chenwei;Yan Chenqi;Deng Haiwen;Institute of Microelectronics;Hebei University of Technology;

..............page:737-740

Controllable Preparation of the Nickel Nanowires Using the Chemical Reduction Method
Zhang Jiaqi;Liu Chunmeng;Liu Yuan;Zhao Chongyang;Xiang Wenfeng;Zhao Kun;Tang Lian;Beijing Key Laboratory of Optical Detection Technology for Oil and Gas;China University of Petroleum;College of Science;China University of Petroleum;

..............page:741-746

The IEEE ¹¹th International Conference on ASIC

..............page:747-748