Chinese Journal of Power Sources 2014 Issue 8 feng tian liang chan ran liao dian chi che

Research on a new bifunctional electrolyte additive for lithium-ion batteries
ZHANG Qian-yu;JIANG Dong-dong;LI Xi;Department of Environmental Science and Engineering;Fudan University;Research Institute of Tsinghua University in Shenzhen;

..............page:1424-1426

xin shu jie shao

..............page:1426+1496+1515+1586

Effects of multi-step current charging on properties of LiFePO₄/C battery pack
WU Wen-xuan;HU Chen;YANG Kai;CHEN Bin;WU Han;Fujian Electric Power Co.;Ltd.;China Electric Power Research Institute;Electric Power Research Institute of Fujian Electric Power Co.;Ltd.;

..............page:1427-1429+1432

Research on micro-analysis of high-low performance of LiMn₂O₄ power battery
WANG Hong-wei;WU Wen-jun;LI Wen-tao;WANG Yong-zhi;XIAO Hai-qing;Institute of Industrial and Consumer Product Safety;Chinese Academy of Inspection and Quarantine;Shanxi Yanchang Petroleum Anyuan Chemical Co.;Ltd.;

..............page:1430-1432

Cooling property of flat micro-heat pipe arrays for lithium battery
WANG Ying-ying;DIAO Yan-hua;ZHAO Yao-hua;WANG Lin-cheng;College of Architectural Engineering;Beijing University of Technology;

..............page:1433-1436+1582

Study on packing technology for different types of lithium-ion batteries
WANG Xi-wen;GUO Zhen;ZHANG Guan-jun;ZHANG Chang-shui;Tianjin Lishen Battery Joint-Stock Co.;Ltd.;State Key Laboratory of Intelligent Technologies and Systems;Department of Automation;Tsinghua University;

..............page:1437-1439

chao dao dian yi que tan hei denka black( dian chi yong tu )

..............page:1439

re rong feng zhuang shu zhi vyloshot

..............page:1439

Synthesis and electrochemical characteristics of LiNi_0.4Co_0.2Mn_0.4O₂ cathode material for lithium-ion battery
ZHU Ling-zhi;LIU Xiang-tao;HAN En-shan;PAN Chao;LIU Ya-lei;School of Chemical Engineering and Technology;Hebei University of Technology;

..............page:1440-1443

Investigation of gas swelling and solution method of Li-MnO₂ battery
WANG Zi-jia;WANG Xing-he;CHEN Xue-mei;Tianjin Institute of Power Sources;

..............page:1444-1446

Research of cell voltage acquisition circuit topology of high voltage lithium-ion battery
LI Ling;GENG Xiao-long;GUAN Lei;Tianjin Institute of Power Sources;Tianjin University of Technology;Equipment Department of PLA Navy;

..............page:1447-1449+1452

Effect of Mg content on physical performance of LiNi_1/3Co_1/3Mn_1/3-xMg_xO₂ cathode materials
WANG Cui-ling;Department of Materials Engineering;Jining Technic College;New Energy Materials R&D Centre;Shandong University of Science and Technology;

..............page:1450-1452

Properties of fluorin doped LiMnPO₄ as cathode material
SHI Li-qin;YUAN Zheng-yong;PENG Zhen-bo;Department of Applied Chemical Engineering;Ningbo Polytechnic College;Ningbo Institute of Materials Technology & Engineering;Chinese Academy of Sciences;

..............page:1453-1455

xin xi chan ye bu hua xue wu li dian yuan chan pin zhi liang jian du jian yan zhong xin

..............page:1455

Synthesis and electrochemical performance of carbon microspheres with different shapes
ZHANG Chen;GAO Hao;FENG Zhuo-xing;WANG Hong-bin;LIU Chun-ling;School of Chemistry and Chemical Engineering;Shanxi Normal University;

..............page:1456-1458+1464

Preparation of Li₂FeSiO₄/C cathode material for lithium-ion batteries by microwave method
GAO Hai-li;WANG Li-zhen;ZHANG Yong;XIA Tong-chi;DONG Hui-chao;Department of Material and Chemical Engineering;Zhengzhou University of Light Industry;Henan Provincial Key Laboratory of Surface and Interface Science;Zhengzhou University of Light Industry;

..............page:1459-1461+1464

Preparation and electrochemical properties of copper-nickel nanocomposite oxides material
HU Wen-sheng;LIU Bin;LI Ya-juan;Xinjiang Education Institute;

..............page:1462-1464

Study of air flow direction of air-cooling PEMFC
QUE Hai-dan;LIU Zhi-xiang;CHEN Wei-rong;LI Qi;OUYANG Jia-jun;School of Electrical Engineering;Southwest Jiaotong University;

..............page:1465-1468+1471

Design and building of test system for proton exchange membrane fuel cell
PAN Guo-rong;HU Gui-lin;XIANG Zhong-xiao;LI Guo-neng;ZHANG Zhi-guo;School of Light Industry;Zhejiang University of Science and Technology;

..............page:1469-1471

Performance of DSSC with Li₄Ti₅O₁₂/TiO₂ composite films
ZOU Yu-feng;LI Yang;ZHANG Na;Tianjin Lishen Battery Joint-Stock Co.;Ltd.;

..............page:1472-1474

Application of energy storage technology in photovoltaic power generation system
MIAO Feng-dong;LI Yan-da;XU Zhong-min;College of Physics & Electrical Engineering;Anyang Normal University;Anyang High-tech Zone Productivity Promotion Center;

..............page:1475-1477

Photovoltaic array nonlinear model solution and MPPT research
GUO Xin-jun;KONG Wan-qi;LUO Ji-ming;HUANG Ming-ming;Electrical Information Engineering Department;Henan Engineering College;Engineering Control Department;Henan College of Animal Husbandry and Economy;

..............page:1478-1481

dyg-703b you ya shi dui gun ji

..............page:1481

Development of solar controller with function of stage-by-stage current-limiting
WANG Zhi-peng;CHEN Rui-xia;WANG Zhen-hua;ZHOU Jun-hua;XJ Electric Co.;Ltd.;Sias International College;Zhengzhou University;

..............page:1482-1483+1486

Application research of nonlinear UKF estimate in photovoltaic system MPPT
NIE Xiao-hua;LAI Jia-jun;Communication and Engineering College;Nanchang University;

..............page:1484-1486

Application of ferric phosphatc lithium battery in photovoltaic power generation
SUN Lin;LI Geng-ning;Xuanhua Science and Technology Career Academy;

..............page:1487-1488

Preparation of high performance activated carbon and its electrochemical application
WANG Jiu-zhou;QIAN Feng;LIU Xue-sheng;Tianjin Institute of Power Sources;China Petroleum Pipeline Engineering Corporation;

..............page:1489-1492+1496

High rate Sn-modified MnO₂ electrode material for supercapacitor
TIAN Feng-qin;SONG Zhao-xia;LIU Gui-chang;LIU Wei;School of Chemical Engineering;Dalian University of Technology;College of Life Science;Dalian Nationalities University;

..............page:1493-1496

Activated porous carbon from MOF-5 and its property in supercapacitors
JIANG Lan-lan;WANG Xian-you;ZHANG Xiao-yan;WU Hao;WU Chun;Key Laboratory of Environmentally Friendly Chemistry and Applications Minister of Education;School of Chemistry;Xiangtan University;

..............page:1497-1500+1503

Supercapacitor test system
KANG Shu-ting;XIE Hang;HE Xiao-jun;Beijing Institute of Aerospace Testing Technology;

..............page:1501-1503

Modeling and parameter identification of ultracapacitor for hybrid excavator
WANG Hong-mei;Zhejiang University of Water Resources and Electric Power;State Key Lab of Fluid Power Transmission and Control;Zhejiang University;

..............page:1504-1506

Performance analysis and heat dissipation external field research of semiconductor thermoelectric system
LIN Tao;WANG Chang-hong;LV Qi-ming;ZOU Da-shu;CHEN Xiang-wu;Faculty of Materials and Energy;Guangdong University of Technology;Design and Research Institute of Guangdong Construction Co.;Ltd.;FYTGS;

..............page:1507-1509+1515

Storage method of fully sealed Ni-Cd battery for spacecraft
XIE Shou-yun;WANG Chun-yan;LI Yao;ZHOU De-xin;Tianjin Institute of Power Sources;Equipment Department of PLA Navy;

..............page:1510-1512+1515

Research of ceramic electrode terminal for space nickle-hydrogen battery
LUO Yun-fei;ZHAO Hong-wei;XIN Yu-guang;GUO Zhong-wei;LI Hui-fen;Tianjin Institute of Power Source;

..............page:1513-1515

Performance study of high-potential Cu₃V₂O₈ for thermal batteries
LUO Jian-tong;YANG Shao-hua;BAI Yin-xiang;ZHAO Yan-long;KANG Er-wei;School of Environmental and Chemical Engineering;Shenyang Ligong University;Xi’an Qinghua Co.;Ltd.;of North Special Energy Group;

..............page:1516-1518+1527

Research of performance influence factors of FeS₂ thin-film cathodes for LiSi/FeS₂ thermal batteries
LV Kun;YANG Shao-hua;ZHAO Ping;LI Zhe;School of Environmental & Chemical Engineering;Shenyang Ligong University;Special Reserve Battery Engineering & Technology Research Center of Liaoning Province;

..............page:1519-1522

Research and structure design on energy conversion principle of flywheel energy sorage battery
KANG Hong-bo;Hebei College of Architecture and Civil Engineering;

..............page:1523-1524+1530

Universal adjustable driver circuit design for LED lighting
QU Yong;KANG Ji-tao;WANG Shan-zhong;ZHANG Yi-ren;School of Electrical Engineering;Southwest Jiaotong University;Engineering School;Temasek Polytechnic;

..............page:1525-1527

Design of an air-sea interface solar energy buoyage power
TAN Zuo-wei;LI Yan-tao;WANG Teng;GAO Wan-bing;China Aviation Lithium Battery Co.;Ltd.;

..............page:1528-1530

Power design of ultrasonic wave biological crushing system
ZHOU Xia;QU Bai-da;Ministry of Education Key Laboratory of Advanced Process Control for Light Industry;Jiangnan University;

..............page:1531-1532+1541

Test for semiconductor nano thin film conductive characteristics
HUANG Yi;HUANG Xiao-ling;XIE Zhi-yong;WANG Tao;Nanchang Business College of Jiangxi Agricultural University;

..............page:1533-1534+1545

Three-stage charging design of electric bicycles
ZHANG Fei;YU Tao;LI Jie;FU Jiao;Information Engineering College;Inner Mongolia University of Science and Technology;

..............page:1535-1537

Development of monitoring and control platform for energy storage system based on VxWorks real-time system
GUO Guang-chao;LI Xiang-jun;HUI Dong;LI Hong-wei;ZHANG Jun-kai;China Electric Power Research Institute;Insigma R&D Co.;Ltd.;Zhejiang Supcon Research Co.;Ltd.;

..............page:1538-1541

Design of ZigBee wireless sensor network node power supply system
WANG Zhan-bei;ZHAO Feng;School of Physics and Telecommunication Engineering;Shanxi University of Technology;

..............page:1542-1545

Multi-channel data acquisition and transmission display system based on SCM
LIU Xiao-qun;QIAN Yu;CHEN Lei;Department of Physics and Information Technology;Baoji University of Science and Arts;

..............page:1546-1548+1563

Application of improved DQ transformation in grid connection control of photovoltaic inverter
GAO Jun-ying;TIAN Jian-she;School of Electric and Electronic Engineering;North China Electric Power University;

..............page:1549-1551+1554

HB-LED driver based on dual-output flyback converter
LI Jia-hui;XIONG Li-ying;School of Information Engineering;Southwest University of Science and Technology;

..............page:1552-1554

Multirate sampling direct torque control algorithm for cascaded inverter
YANG Zhu-wei;OUYANG Hong-lin;TANG Hui;MO Xu-jie;HE Zhi;College of Electrical and Information Engineering;Hunan University;CSR Zhuzhou Institute Co.;Ltd.;

..............page:1555-1557

Design and simulation of efficient LLC resonant converter
ZHANG Zhen-guo;LI Zhi-feng;QU Fei;Department of Electrical Engineering;School of Optical-Electrical and Computer Engineering;University of Shanghai for Science and Technology;

..............page:1558-1559+1586

Research of new SVPWM control in a inverter
WANG Lian-fu;ZHENG Jian-hong;Department of Mechanical & Electronic Engineering;Tangshan Vocational Technical College;

..............page:1560-1563

A Study on current control strategies of shunt PFC
JIANG Chen;WEN Kai;Guodian Nanjing Automation Co.;Ltd.;Jincheng College;Nanjing University of Aeronautics and Astronautics;

..............page:1564-1566+1569

Application of XPON technology in smart grid
WANG Juan;YAN Hai-yu;Chongqing College of Electronic Engineering;

..............page:1567-1569

Application research of peer to peer network technology in smart grid
YE Yun-Long;CHANG Qing;Hebei North College;Hebei College of Architecture Engineering;

..............page:1570-1571

Research progress of preparation process and components design of Li-rich Mn-based material
FENG Hai-lan;LIU Ya-fei;CHEN Yan-bin;Beijing Easpring Material Technology Co.;Ltd.;

..............page:1572-1575

Innovation trend study on lithium-ion battery technology based on patent
SHA Jian-chao;ZHAO Yun-hua;Institute of Scientific and Technical Information of China;

..............page:1576-1578

Modeling research progress of nano/micro pore structures in PEMFC catalyst layers
XIAO Yu;SHI Wei-yu;SUN Shu-cheng;HOU Ming;YUAN Jin-liang;Dalian Institute of Chemical Physics;Sunrise Power Co.;Ltd.;Dept of Energy Sciences;Lund University;

..............page:1579-1582

Review of forming methods of metallic bipolar plates for PEMFC
WU Hai-hua;LIU Fu-lin;LI Ting;HUANG Chuan;College of Mechanical & Power Engineering;China Three Gorges University;

..............page:1583-1586

Research progress of CIGS thin film solar cells
YANG Jiang-bo;LIU Shi-wei;REN Bin;Tianjin Institute of Power Sources;Equipment Department of PLA Navy;

..............page:1587-1590

Analysis on chemical properties of ferrate and application in chemical battery
SHANG Ping;HAO Zhuo-li;SUN Bai-hu;YANG Yong;Department of Chemical Engineering;Shijiazhuang Vocational Technology Institute;

..............page:1591-1592