1002-087X
2014 Issue 2
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mei guo bo ke li shi yan shi xie shou tong yong gong si (ge) gong tong tan suo dian dong qi che chu neng xin fang an
fu tian tian ;
fu tian tian ;
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guo wai jin shu - kong qi dian chi yan jiu jin zhan
liu chun na ;
liu chun na ;
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Synthesis and electrochemical performances of Cu2Mo6S8 as cathode material for lithium-ion batteries
ZHANG Si;WU Xiao-mei;ZENG Xiao-qin;LI Fei;DING Wen-jiang;School of Materials Science and Engineering;Shanghai Jiao Tong University;
ZHANG Si;WU Xiao-mei;ZENG Xiao-qin;LI Fei;DING Wen-jiang;School of Materials Science and Engineering;Shanghai Jiao Tong University;
..............page:207-209
Synthesis and electrochemical properties of spherical LiNi0.5Mn1.5O4 for 5 V lithium-ion batteries
LIU Pan;FAN Yong-li;XU Guo-feng;Tianjin Institute of Power Sources;
LIU Pan;FAN Yong-li;XU Guo-feng;Tianjin Institute of Power Sources;
..............page:210-213
Hydrothermal synthesis of LiFePO4 nanoparticles with high rate capability
WANG Fu-qing;CHEN Jian;YI Bao-lian;Dalian Institute of Chemical Physics;Chinese Academy of Sciences;Graduate University of Chinese Academy of Sciences;
WANG Fu-qing;CHEN Jian;YI Bao-lian;Dalian Institute of Chemical Physics;Chinese Academy of Sciences;Graduate University of Chinese Academy of Sciences;
..............page:214-216+228
Cycling performance of LiFePO4 lithium-ion battery
HOU Min;CAO Hui;ZHAO Jian-wei;FENG Wei-liang;Shanghai Aerospace Power Technology Co.;LTD;Shanghai Institute of Space Power Source;
HOU Min;CAO Hui;ZHAO Jian-wei;FENG Wei-liang;Shanghai Aerospace Power Technology Co.;LTD;Shanghai Institute of Space Power Source;
..............page:217-220
Effect of citric acid on LiFePO4/C composites
ZHENG Guo-rui;GAN Li-an;CHEN Chun-zhi;ZHAO Rui-rui;CHEN Hong-yu;School of Chemistry and Environment;South China Normal University;
ZHENG Guo-rui;GAN Li-an;CHEN Chun-zhi;ZHAO Rui-rui;CHEN Hong-yu;School of Chemistry and Environment;South China Normal University;
..............page:221-224
..............page:224
Effect of formation depth on electrical property of LiFePO4 power battery
LIU Ai-ju;HE Di-long;MA Dong-mei;HAN Lu;WANG Yong-huan;Hefei Guoxuan High-Tech Power Energy Co. LTD;
LIU Ai-ju;HE Di-long;MA Dong-mei;HAN Lu;WANG Yong-huan;Hefei Guoxuan High-Tech Power Energy Co. LTD;
..............page:225-228
Preparation and Li-ion intercalation properties of PAn/V2O5 compound
YU Dan-mei;CHEN Chang-guo;WANG Qiang;WANG Jie;WEN Jia-zhi;School of Chemistry and Chemical Engineering;Chongqing University;
YU Dan-mei;CHEN Chang-guo;WANG Qiang;WANG Jie;WEN Jia-zhi;School of Chemistry and Chemical Engineering;Chongqing University;
..............page:229-232
Effect of alloying molybdenum on electrochemical properties of Li4Ti5O12 anode meterials
YANG Ke-ya;SHEN Tong-de;FENG Wei-liang;College of Chemistry and Chemical Engineering;Nanjing University of Technology;Nanjing Hongde Nanomaterials Co.;Ltd;
YANG Ke-ya;SHEN Tong-de;FENG Wei-liang;College of Chemistry and Chemical Engineering;Nanjing University of Technology;Nanjing Hongde Nanomaterials Co.;Ltd;
..............page:233-236
..............page:236
..............page:236
Strategy of estimating state of lithium-ion based on extended Kalman filter
YU Yun-feng;SHEN Jin-fei;Department of IOT Technology;Jiangnan University;
YU Yun-feng;SHEN Jin-fei;Department of IOT Technology;Jiangnan University;
..............page:237-238+244
Identification of power lithium-ion battery based on RC equiualent circuit
HOU En-guang;QIAO Xin;LIU Guang-min;LI Yang;WANG Zhi-xue;Shandong Provincial Key Laboratory of Automotive Electronic Technology;Institute of Automation;Shandong Academy of Sciences;
HOU En-guang;QIAO Xin;LIU Guang-min;LI Yang;WANG Zhi-xue;Shandong Provincial Key Laboratory of Automotive Electronic Technology;Institute of Automation;Shandong Academy of Sciences;
..............page:239-240+258
Simulation of li-ion battery’s temperature field
ZHANG Feng-tao;HU Yu-li;WEN Jie;TANG Fan;College of Marine Engineering;Northwestern Polytechnical University;
ZHANG Feng-tao;HU Yu-li;WEN Jie;TANG Fan;College of Marine Engineering;Northwestern Polytechnical University;
..............page:241-244
Application of fluorine containing lithium compounds in electrolyte of lithium battery
WANG Hui-juan;Department of Environment and Chemical Engineering;Hebei College of Industry and Technology;
WANG Hui-juan;Department of Environment and Chemical Engineering;Hebei College of Industry and Technology;
..............page:245-247
..............page:247
Study on safety performance of Li-MnO2 power batteries under deviant use
CHEN Xue-mei;WANG Xing-he;WANG Zi-jia;NIU Chang-dong;JING You-ze;Tianjin Institute of Power Sources;
CHEN Xue-mei;WANG Xing-he;WANG Zi-jia;NIU Chang-dong;JING You-ze;Tianjin Institute of Power Sources;
..............page:248-251
..............page:251
Circuit design of LTC6802 detecting series battery voltage
FENG Qian;HUA Chun-yu;ZHU Jiong;SHI Hui-wei;Yunnan Power Grid Corporation;Beijing Energy New Technology Research and Development Center;College of Electrical Engineering;Yanshan University;
FENG Qian;HUA Chun-yu;ZHU Jiong;SHI Hui-wei;Yunnan Power Grid Corporation;Beijing Energy New Technology Research and Development Center;College of Electrical Engineering;Yanshan University;
..............page:252-254
Heat exchange efficiencies of fuel cell vehicle radiator
ZENG Hui-jie;CHANG Guo-feng;NI Huai-sheng;YU Jia-lin;Clean Energy Automotive Engineering Center;Tongji University;School of Automotive Studies;Tongji University;Shanghai Fuel Cell Vehicle Powertrain Co.;Ltd;
ZENG Hui-jie;CHANG Guo-feng;NI Huai-sheng;YU Jia-lin;Clean Energy Automotive Engineering Center;Tongji University;School of Automotive Studies;Tongji University;Shanghai Fuel Cell Vehicle Powertrain Co.;Ltd;
..............page:255-258
..............page:258
Research on cold start characteristics of PEMFC based on potentiostatic mode
ZHENG Hao;LI Yi;XU Si-chuan;School of Automotive Studies;Tongji University;Clean Energy Automobile Engineering Center;Tongji University;
ZHENG Hao;LI Yi;XU Si-chuan;School of Automotive Studies;Tongji University;Clean Energy Automobile Engineering Center;Tongji University;
..............page:259-261+268
Characteristic analysis of heat transfer and pressure drop on fuel cell engine radiator
DING Yan;CHANG Guo-feng;XU Si-chuan;School of Automotive Studies;Tongji University;Clean Energy Automobile Engineering Center;Tongji University;
DING Yan;CHANG Guo-feng;XU Si-chuan;School of Automotive Studies;Tongji University;Clean Energy Automobile Engineering Center;Tongji University;
..............page:262-264+275
Preparation and performance of Nd1-xCaxCrO（3-δ） as interconnect material for IT-SOFC
LI Man-xi;CHU Xiang-feng;ZHU Wei-chang;DONG Yong-ping;CHEN Tong-yun;School of Chemistry and Chemical Engineering;Anhui University of Technology;School of Material and Science Engineering;Anhui University of Technology;
LI Man-xi;CHU Xiang-feng;ZHU Wei-chang;DONG Yong-ping;CHEN Tong-yun;School of Chemistry and Chemical Engineering;Anhui University of Technology;School of Material and Science Engineering;Anhui University of Technology;
..............page:265-268
..............page:268
Numerical study of hydrogen mass transfer on new palladium composite membrane
ZHANG Hao;LIAO Quan;Key Laboratory of Low-grade Energy Utilization Technologies and Systems of Ministry of Education;College of Power Engineering;Chongqing University;
ZHANG Hao;LIAO Quan;Key Laboratory of Low-grade Energy Utilization Technologies and Systems of Ministry of Education;College of Power Engineering;Chongqing University;
..............page:269-271+285
Electrooxidation of AuFe/C catalyst on methanol in alkaline medium
LU Li-quan;ZHANG Shi-chao;YAN Shao-hui;College of Mechatronic Engineering;North University of China;School of Materials Science and Engineering;Beijing University of Aeronautics and Astronautics;College of Environmental Science and Engineering;Taiyuan University of Technology;
LU Li-quan;ZHANG Shi-chao;YAN Shao-hui;College of Mechatronic Engineering;North University of China;School of Materials Science and Engineering;Beijing University of Aeronautics and Astronautics;College of Environmental Science and Engineering;Taiyuan University of Technology;
..............page:272-275
Controlling techniques of electrostatic cleanliness in design of solar arrays for electromagnetism survey satellite
ZHAO Ying;LIU Song-zhe;JIN Hai-wen;Tianjin Institute of Power Sources;
ZHAO Ying;LIU Song-zhe;JIN Hai-wen;Tianjin Institute of Power Sources;
..............page:276-278
Remote sensing data analysis of LEO triple-junction GaAs solar array
XIE Xiao-li;GAO Jian-feng;FANG Ai-xing;Tianjin Institute of Power Sources;
XIE Xiao-li;GAO Jian-feng;FANG Ai-xing;Tianjin Institute of Power Sources;
..............page:279-281+289
Improved golden section search application in maximum power point tracking of photovoltaic power generation
HAN Wei;WANG Hong-hua;JIA Yan-gang;College of Energy & Electrical Engineering;Hohai University;Solar Energy Research Institute of China Electric Equipment Group;
HAN Wei;WANG Hong-hua;JIA Yan-gang;College of Energy & Electrical Engineering;Hohai University;Solar Energy Research Institute of China Electric Equipment Group;
..............page:282-285
Research on control strategy of single-phase photovoltaic grid-connected system based on frame transformation
TAI Liu-chen;WANG Jin-mei;SU Ting;School of Physical and Electrical Information Engineering;Ningxia University;
TAI Liu-chen;WANG Jin-mei;SU Ting;School of Physical and Electrical Information Engineering;Ningxia University;
..............page:286-289
Grid-connected photovoltaic systems based on Quasi-Z-source inverter
YANG Hai-zhu;LIU Jie;WU Fei;School of Electrical Engineering and Automation;Henan Polytechnic University;School of Computer Science and Technology;Henan Polytechnic University;
YANG Hai-zhu;LIU Jie;WU Fei;School of Electrical Engineering and Automation;Henan Polytechnic University;School of Computer Science and Technology;Henan Polytechnic University;
..............page:290-292+302
Research on scheduling of batteries in solar street lamps
LIU Kun;JU Lu-yue;SI Xiao-xia;WANG Biao;School of Mechatronic Engineering and Automation;Shanghai University;
LIU Kun;JU Lu-yue;SI Xiao-xia;WANG Biao;School of Mechatronic Engineering and Automation;Shanghai University;
..............page:293-294+306
Application of improved Euler formula in SOC estimation of batteries
ZHAO Xiao-wei;ZHANG Guo-yu;CAI Yi-shan;QIANG Jia-xi;YANG Lin;School of Mechanical Engineering;Shanghai Jiaotong University;
ZHAO Xiao-wei;ZHANG Guo-yu;CAI Yi-shan;QIANG Jia-xi;YANG Lin;School of Mechanical Engineering;Shanghai Jiaotong University;
..............page:295-297+322
Estimation of battery SOC based on Kalman filter correction algorithm
MAO Hua-fu;WAN Guo-chun;WANG Lei;ZHANG Qian;Department of Control Science and Engineering;Tongji University;Department of Electronic Science and Technology;Tongji University;School of Electrical and Electronic Engineering;Shanghai Institute of Technology;
MAO Hua-fu;WAN Guo-chun;WANG Lei;ZHANG Qian;Department of Control Science and Engineering;Tongji University;Department of Electronic Science and Technology;Tongji University;School of Electrical and Electronic Engineering;Shanghai Institute of Technology;
..............page:298-302
..............page:302
Estimating SOC of lead-acid battery based on extended Kalman filtering
GAO Yu-feng;SUN Lei;LIU Ya-long;YANG Ya-li;Department of Mechanical Engineering;Academy of Armored Force Engineering;No.73089 Army;
GAO Yu-feng;SUN Lei;LIU Ya-long;YANG Ya-li;Department of Mechanical Engineering;Academy of Armored Force Engineering;No.73089 Army;
..............page:303-306
Development of microcontroller-based double closed-loop smart charger
YANG Yan-bing;LI Hui;LIU Xiao-dan;University of Electronic Science and Technology of China;
YANG Yan-bing;LI Hui;LIU Xiao-dan;University of Electronic Science and Technology of China;
..............page:307-309
Design of supercapacitors’ test system and in-orbit Test
HOU Wei;WANG Wen-tao;YAN Wan-juan;PENG Jian;DFH Satellite Co. Ltd;
HOU Wei;WANG Wen-tao;YAN Wan-juan;PENG Jian;DFH Satellite Co. Ltd;
..............page:310-311+314
Charge and discharge device of super-capacitor in hybrid system
GAO Yuan;WANG-Kai;CHEN Xi-you;Dalian University of Technology;
GAO Yuan;WANG-Kai;CHEN Xi-you;Dalian University of Technology;
..............page:312-314
Investigation on preparation of diffusion layer of zinc-air battery
GUO Ji;MENG Xian-ling;WU Cai-xia;WANG Ping-an;Tianjin Institute of Power Sources;
GUO Ji;MENG Xian-ling;WU Cai-xia;WANG Ping-an;Tianjin Institute of Power Sources;
..............page:315-316+322
Design of secondary power reliability in space payload
WANG Shi-bin;YU Xi-he;SU Jian;Department for Space Science and Application Chinese Academy of Sciences;
WANG Shi-bin;YU Xi-he;SU Jian;Department for Space Science and Application Chinese Academy of Sciences;
..............page:317-319
Design of new PLL in braking energy feedback system of urban rail transit
ZHANG Sheng-hong;QUAN Hui-min;College of Electrical and Information Engineering;Hunan University;
ZHANG Sheng-hong;QUAN Hui-min;College of Electrical and Information Engineering;Hunan University;
..............page:320-322
Research on AC tracking optimal control technique applied in mobile power station
AN Qiao-jing;ZHU Chang-qing;GU Zhi-feng;WANG Chuan-chuan;Department of Electrical Engineering;Ordnance Engineering College;
AN Qiao-jing;ZHU Chang-qing;GU Zhi-feng;WANG Chuan-chuan;Department of Electrical Engineering;Ordnance Engineering College;
..............page:323-326+332
Micro-current measurements design in microcomputer control electrochemical system
XIAO Le;LIU Jue-min;XIANG Zeng;GUO Gang;QIN Pan;College of Electrical and Information Engineering;Hunan University;
XIAO Le;LIU Jue-min;XIANG Zeng;GUO Gang;QIN Pan;College of Electrical and Information Engineering;Hunan University;
..............page:327-328+340
Optimal control of CCM Boost converter based on dynamic compensation
LI Chun-ling;SHI Ji-ying;WU Yan-hui;WANG Cheng-shan;Tianjin University;
LI Chun-ling;SHI Ji-ying;WU Yan-hui;WANG Cheng-shan;Tianjin University;
..............page:329-332
Analysis mode of interleaving magnetic integration of bidirectional DC/DC converter
YANG Yu-gang;LIU Jian-jia;LI Tao;Liaoning Technical University;
YANG Yu-gang;LIU Jian-jia;LI Tao;Liaoning Technical University;
..............page:333-336
Short circuit fault analysis of ITER poloidal field converter power supply
WU Wan-song;SONG Zhi-quan;FU Peng;Institute of Plasma Physics;Chinese Academy of Science;
WU Wan-song;SONG Zhi-quan;FU Peng;Institute of Plasma Physics;Chinese Academy of Science;
..............page:337-340
Study on control technology of three-phase PWM rectifier in wind power generation system
LIANG Jiong-jiong;CHEN Yong;ZHOU Hu;DAI Wen-ping;ZHOU Jun;School of Energy Science and Engineering;University of Electronic Science and Technology of China;
LIANG Jiong-jiong;CHEN Yong;ZHOU Hu;DAI Wen-ping;ZHOU Jun;School of Energy Science and Engineering;University of Electronic Science and Technology of China;
..............page:341-344+348
Modeling and control of three-phase inverter
QU Bai-da;PAN Wen-ying;Key Laboratory of Advanced Process Control for Light Industry of Ministry of Education;Jiangnan University;
QU Bai-da;PAN Wen-ying;Key Laboratory of Advanced Process Control for Light Industry of Ministry of Education;Jiangnan University;
..............page:345-348
Analysis and design of LCL-filter in active power filter
HU Jin-gao;ZHENG Da-xing;College of Electrical Engineering and Automation;Fuzhou University;
HU Jin-gao;ZHENG Da-xing;College of Electrical Engineering and Automation;Fuzhou University;
..............page:349-351+366
Analysis of double-fed wind generator inverter impacted by negative sequence voltage
LIU Yong;Dalian Power Supply Company;
LIU Yong;Dalian Power Supply Company;
..............page:352-354
Research of flyback topology and dimmable LED driver circuit system
LI Xiang;LI Qiang;Anhui Vocational College of Defence Technology;Department of Electrical and Mechanical Services;Nanjing University of Science and Technology;Department of Automation;
LI Xiang;LI Qiang;Anhui Vocational College of Defence Technology;Department of Electrical and Mechanical Services;Nanjing University of Science and Technology;Department of Automation;
..............page:355-358
Modeling and design of DC-DC switching power supply
BI Chao;XIAO Fei;XIE Zhen;CHEN Ming;National Key Laboratory for Vessel Integrated Power System Technology;Naval University of Engineering;
BI Chao;XIAO Fei;XIE Zhen;CHEN Ming;National Key Laboratory for Vessel Integrated Power System Technology;Naval University of Engineering;
..............page:359-362+389
Application of single-phase DVR in microgrid based on intelligent control
ZHANG Han-dong;LIU Long-wu;Electric Engineering and Information School;Anhui University of Technology;
ZHANG Han-dong;LIU Long-wu;Electric Engineering and Information School;Anhui University of Technology;
..............page:363-366
Application of improved PID algorithm in monitorimg system of communication power
SONG Gui-rong;HOU Xiu-mei;WANG Xiao-ping;Zhangjiaokou Institute of Vocational Technology;
SONG Gui-rong;HOU Xiu-mei;WANG Xiao-ping;Zhangjiaokou Institute of Vocational Technology;
..............page:367-368
Research and design of power quality monitoring system based on WEB
YE Yun-long;CHANG Qing;Hebei North University;Hebei Institute of Architecture and Civil Engineering;
YE Yun-long;CHANG Qing;Hebei North University;Hebei Institute of Architecture and Civil Engineering;
..............page:369-370+377
Research on distribution system monitoring scheme based on internet of thing middleware
LV Guo;SUN Hao-yue;SI Ya-chao;Modern Education Technology Center;Hebei Institute of Architecture and Civil Engineering;Information Engineering College;Hebei Institute of Architecture and Civil Engineering;
LV Guo;SUN Hao-yue;SI Ya-chao;Modern Education Technology Center;Hebei Institute of Architecture and Civil Engineering;Information Engineering College;Hebei Institute of Architecture and Civil Engineering;
..............page:371-372
Research and design of quality control system based on wireless sensor network
SI Ya-chao;LV Guo;YU Jiang-li;Hebei Institute of Architecture and Civil Engineering;
SI Ya-chao;LV Guo;YU Jiang-li;Hebei Institute of Architecture and Civil Engineering;
..............page:373-374
Research progresses of lithium electrode in rechargeable lithium metal batteries
YUAN Zhen-shan;XU Qiang;SANG Lin;DING Fei;School of Chemical Engineering and Technology;Tianjin University;National Key Laboratory of Power Sources;Tianjin Institute of Power Sources;
YUAN Zhen-shan;XU Qiang;SANG Lin;DING Fei;School of Chemical Engineering and Technology;Tianjin University;National Key Laboratory of Power Sources;Tianjin Institute of Power Sources;
..............page:375-377
Research on heat generate mechanism of Li-ion batteries for electric vehicles
LI Bin;CHANG Guo-feng;LIN Chun-jing;XU Si-chuan;School of Automotive Studies;Tongji University;Clean Energy Automobile Engineering Center;Tongji University;
LI Bin;CHANG Guo-feng;LIN Chun-jing;XU Si-chuan;School of Automotive Studies;Tongji University;Clean Energy Automobile Engineering Center;Tongji University;
..............page:378-381
Progress of thermal safety characteristics of high power lithium-ion batteries
OUYANG Chen-zhi;LIANG Bo;LIU Yan-ping;LAI Yan-qing;LIU Ye-xiang;School of Automobile and Mechanic Engineering;Changsha University of Science and Technology;School of Metallurgy and Environment;Central South University;
OUYANG Chen-zhi;LIANG Bo;LIU Yan-ping;LAI Yan-qing;LIU Ye-xiang;School of Automobile and Mechanic Engineering;Changsha University of Science and Technology;School of Metallurgy and Environment;Central South University;
..............page:382-385
Research progress of energy management system for electric vehicle
LV Shuai-shuai;WANG Xing-xing;NI Hong-jun;YUAN Yin-nan;School of Mechanical Engineering;Nantong University;
LV Shuai-shuai;WANG Xing-xing;NI Hong-jun;YUAN Yin-nan;School of Mechanical Engineering;Nantong University;
..............page:386-389
Research progress of equalization charging for EV traction battery
SHEN Dan;XIA Zheng-peng;NI Hong-jun;YUAN Yin-nan;LIAO Ping;School of Mechanical Engineering;Nantong University;
SHEN Dan;XIA Zheng-peng;NI Hong-jun;YUAN Yin-nan;LIAO Ping;School of Mechanical Engineering;Nantong University;
..............page:390-393
Progress of ionic liquid based proton exchange membranes
REN Su-zhen;XU Mei-ling;School of Chemistry;Dalian University of Technology;
REN Su-zhen;XU Mei-ling;School of Chemistry;Dalian University of Technology;
..............page:394-397+404
Research progress of A2BO4-type perovskite-like nano-oxide
PEI Jun-yan;TANG Fa-wei;GUO Wei-min;Department of Biological and Chemical Engineering;Guangxi University of Science of Technology;
PEI Jun-yan;TANG Fa-wei;GUO Wei-min;Department of Biological and Chemical Engineering;Guangxi University of Science of Technology;
..............page:398-400
Prospect of radioisotope heating unit in space applications
SUN Jia-hui;Tianjin Institute of Power Sources;
SUN Jia-hui;Tianjin Institute of Power Sources;
..............page:401-404