1001-1579
2014 Issue 2
..............page:63
Preparing integrated oxygen anode for SPE electrolyzer by thermal decomposition method
JIANG Ju-ming;LIU Gao-yang;XU Jun-yuan;WANG Xin-dong;State Key Laboratory of Advanced Metallurgy;University of Science and Technology Beijing;Department of Physical Chemistry;University of Science and Technology Beijing;
JIANG Ju-ming;LIU Gao-yang;XU Jun-yuan;WANG Xin-dong;State Key Laboratory of Advanced Metallurgy;University of Science and Technology Beijing;Department of Physical Chemistry;University of Science and Technology Beijing;
..............page:64-67
Capacitance behaviors of graphene material prepared via thermal reduction
WANG Nan-sheng;LI Ji;PENG Ru-fang;CHU Shi-jin;School of Materials Science and Engineering;Southwest University of Science and Technology;
WANG Nan-sheng;LI Ji;PENG Ru-fang;CHU Shi-jin;School of Materials Science and Engineering;Southwest University of Science and Technology;
..............page:68-70
Effect of wide back flow-field on performance of single PEMFC
XU Yun-fei;AI Yong-cheng;CHEN Jun;PAN Mu;State Key Laboratory of Advanced Technology for Materials Synthesis and Processing;Wuhan University of Technology;Wuhan University of Technology New Energy Co.;Ltd.;
XU Yun-fei;AI Yong-cheng;CHEN Jun;PAN Mu;State Key Laboratory of Advanced Technology for Materials Synthesis and Processing;Wuhan University of Technology;Wuhan University of Technology New Energy Co.;Ltd.;
..............page:71-73
Electrochemical performance and kinetic characteristics of lithium vanadium phosphate
XU Yan-hui;FAN Fu-qiang;MENG Bo;GENG Hai-long;College of Physics;Optoelectronics and Energy;Soochow University;Shandong Qixing New Materials Technology Company Limited;
XU Yan-hui;FAN Fu-qiang;MENG Bo;GENG Hai-long;College of Physics;Optoelectronics and Energy;Soochow University;Shandong Qixing New Materials Technology Company Limited;
..............page:74-76
Effect of carbon material on the performance of sulfur /carbon composite
ZHANG Sheng-li;CHEN Gong-feng;SONG Yan-hua;LI Dan-dan;College of Material and Chemical Engineering;Zhengzhou University of Light Industry;
ZHANG Sheng-li;CHEN Gong-feng;SONG Yan-hua;LI Dan-dan;College of Material and Chemical Engineering;Zhengzhou University of Light Industry;
..............page:77-79
Effect of lithium bis( oxalate) borate on high-temperature performance of lithium titanate anode battery
HUANG Dong-hai;LIU Jian-sheng;ZHOU Shao-yun;Guangzhou Tinci Materials Technology Co.;Ltd.;
HUANG Dong-hai;LIU Jian-sheng;ZHOU Shao-yun;Guangzhou Tinci Materials Technology Co.;Ltd.;
..............page:80-83
Structure and performance of LiNi0. 8Co0. 1Mn0. 1O2coated with Al2O3
WANG Hai-tao;DUAN Xiao-gang;QIU Wei-hua;Shenzhen Tianjiao Technology Co.;Ltd.;College of Chemistry and Chemical Engineering;Central South University;School of Materials Science and Engineering;University of Science and Technology Beijing;
WANG Hai-tao;DUAN Xiao-gang;QIU Wei-hua;Shenzhen Tianjiao Technology Co.;Ltd.;College of Chemistry and Chemical Engineering;Central South University;School of Materials Science and Engineering;University of Science and Technology Beijing;
..............page:84-87
Electrochemical behavior of Pb-carbon negative at- 35 ℃
WANG Li-zhen;JI Ke;GAO Hai-li;ZHANG Yong;School of Material and Chemical Engineering;Zhengzhou University of Light Industry;Henan Provincial Key Lab of Surface & Interface Science;
WANG Li-zhen;JI Ke;GAO Hai-li;ZHANG Yong;School of Material and Chemical Engineering;Zhengzhou University of Light Industry;Henan Provincial Key Lab of Surface & Interface Science;
..............page:88-91
Lithium-riched manganese based power Li-ion battery for electric vehicle
LU Hao-jie;ZHOU Wei-ying;YAN Hong;DU Xiao-hong;Zhejiang Wanxiang Ener1 Power System Co.;Ltd.;
LU Hao-jie;ZHOU Wei-ying;YAN Hong;DU Xiao-hong;Zhejiang Wanxiang Ener1 Power System Co.;Ltd.;
..............page:92-95
Pulse discharge performance of hybrid power unit
YAO Lan-hao;LIN Gan-hong;QIAN Shun-you;WANG Qing-jie;Guizhou Meiling Battery Co.;Ltd.;
YAO Lan-hao;LIN Gan-hong;QIAN Shun-you;WANG Qing-jie;Guizhou Meiling Battery Co.;Ltd.;
..............page:96-99
..............page:99
Effects of Al2O3 coating LiCoO2 on performance of 4. 35 V Li-ion battery
WANG Zhen-zhen;GUO Mi;CHEN Yu;JIANG Wei-jun;Dongguan Sinowatt Co.;Ltd.;Mengguli Power Sources Technology Co.;Ltd.;Department of Chemistry;Tsinghua University;
WANG Zhen-zhen;GUO Mi;CHEN Yu;JIANG Wei-jun;Dongguan Sinowatt Co.;Ltd.;Mengguli Power Sources Technology Co.;Ltd.;Department of Chemistry;Tsinghua University;
..............page:100-103
Effect of domestic separator on the performance of MH /Ni battery
QIU Zhong-ming;TAN Jian;WU Ai-shen;Foshan Shida Battery Technology Co.;Ltd.;
QIU Zhong-ming;TAN Jian;WU Ai-shen;Foshan Shida Battery Technology Co.;Ltd.;
..............page:104-105
Feasibility study of waste water“zero emission”in lead-acid battery industry
CAO Guo-qing;ZOU Ya-mei;ZHANG Jian-peng;WANG Yu;Institute of Chemical Power of Light Industry;Zhejiang;NARADA Power Source Co.;Ltd.;Shanghai Winner Environmental Technologies Co.;Ltd.;Jiangsu Sanhuan Industry Co.;Ltd.;
CAO Guo-qing;ZOU Ya-mei;ZHANG Jian-peng;WANG Yu;Institute of Chemical Power of Light Industry;Zhejiang;NARADA Power Source Co.;Ltd.;Shanghai Winner Environmental Technologies Co.;Ltd.;Jiangsu Sanhuan Industry Co.;Ltd.;
..............page:106-108
Progress in organic solvents for high power Li-ion battery
LI Meng;QIU Jing-yi;YU Zhong-bao;LIAO Hong-ying;Military Power Sources Research and Development Center;Research Institute of Chemical Defense;Beijing Institute of Chemical Reagents;
LI Meng;QIU Jing-yi;YU Zhong-bao;LIAO Hong-ying;Military Power Sources Research and Development Center;Research Institute of Chemical Defense;Beijing Institute of Chemical Reagents;
..............page:109-111
..............page:111
Invention patent review of catalysts for PEMFC
SHI Ji-xian;ZHU Jie;ZHU Ke;Patent Examination Cooperation Beijing Center of the Patent Office;State Intellectual Property Office;Hubei Shenghong Construction Engineering Co.;Ltd.;
SHI Ji-xian;ZHU Jie;ZHU Ke;Patent Examination Cooperation Beijing Center of the Patent Office;State Intellectual Property Office;Hubei Shenghong Construction Engineering Co.;Ltd.;
..............page:112-115
Research progress in aluminium-air battery
XIONG Ya-qi;LIU Chang-qing;ZHOU Min-jia;College of Chemistry and Chemical Engineering;Central South University;
XIONG Ya-qi;LIU Chang-qing;ZHOU Min-jia;College of Chemistry and Chemical Engineering;Central South University;
..............page:116-118
..............page:118
Application of laser online thickness gauge in coating process for Li-ion battery
KANG Ting-ting;LI Yan-tao;GAO Feng;China Aviation Lithium Battery Co.;Ltd.;
KANG Ting-ting;LI Yan-tao;GAO Feng;China Aviation Lithium Battery Co.;Ltd.;
..............page:119-120
Gas-flammability testing for Li-ion cells during abusing
LONG Bin;XU Rong;LIU Yi;JIANG Wen-feng;Shenzhen Entry-Exit Inspection and Quarantine Bureau of the People’s Republic of China;BYD Company Limited;
LONG Bin;XU Rong;LIU Yi;JIANG Wen-feng;Shenzhen Entry-Exit Inspection and Quarantine Bureau of the People’s Republic of China;BYD Company Limited;
..............page:121-123
Treatment technology of used Li-ion battery electrolytes
LIU Yuan-long;DAI Chang-song;JIA Zheng;ZHAO Li;School of Chemical Engineering and Technology;Harbin Institute of Technology;
LIU Yuan-long;DAI Chang-song;JIA Zheng;ZHAO Li;School of Chemical Engineering and Technology;Harbin Institute of Technology;
..............page:124-126
..............page:126