Exploration of improvement measures for performance stability of DMFC
LIU Gui-cheng;LIU Wen-bing;WANG Man-xiang;WANG Xin-dong;Department of Physical Chemistry;University of Science and Technology Beijing;Center for Energy Convergence Research;Korea Institute of Science and Technology;College of Environmental Science and Engineering;Beijing Forestry University;

..............page:237-240

Precipitation reaction mechanism and performance of amorphous ferric phosphate
YAN Peng;XIE Gang;ZHANG Chun-ming;HE Dan-nong;National Engineering Research Center for Nanotechnology;Fujian Academy of Building Research;School of Material Science and Engineering;Shanghai Jiaotong University;

..............page:241-243

Influence of temperature control on the air-cooling proton exchange fuel cell
CAO Hong;WANG Ben;MIN Jie;HAN Ming;School of Electrical Engineering;Southwest Jiaotong University;Clean Energy Research Center;Temasek Polytechnic;

..............page:244-247

Performance of lead-acid battery adding carbon nanotube in negative plate
CAI Yue-zong;GAO Jun;LI Yi-xiao;YANG Yong;Engineering Research Center of Electrochemical Technology;Ministry of Education;Xiamen University;College of Chemistry and Chemical Engineering;Xiamen University;

..............page:248-251

Preparation and performance of Zr-MOF with different particle sizes
LU Qian-qian;TAN Yue-yue;YE Wen-kai;TANG Bo-hejin;College of Chemistry and Chemical Engineering;Shanghai University of Engineering Science;

..............page:252-254

Performance of supercapacitor using pre-lithiation graphite as anode
ZHANG Xia;LI Jing;PENG Ru-fang;HUANG Ye-ju;Institute of Materials Science and Engineering;Southwest University of Science and Technology;

..............page:255-257

Effect of tab position to cylindrical Li-ion battery performance
MO Zhi-bo;MEI Jin-hui;LIU Zhong-wen;LIU Xiao-an;Tianjin Lishen Battery Joint-Stock Co.;Ltd.;

..............page:258-260

The safety performance of lithium / fluorinated carbon battery
ZHANG Hong-mei;ZHANG Liang;WANG Qing-jie;WEI Jun-hua;Guizhou Meiling Battery Co.;Ltd.;

..............page:261-264

Preparation and performance of Li-ion battery retardant shell material
TONG Jun-li;CHEN Yan;LI Hong-tao;LEI Li-liang;China Aviation Lithium Battery Co.;Ltd.;

..............page:265-268

Synthesis and electrochemical performance of α-MoO₃ nanobelts
ZHAO Zhang-yuan;YANG Yuan-sheng;ZHANG Wen-cui;CUI Yong-li;School of Materials Science and Engineering;China University of Mining and Technology;

..............page:269-272

dian chi kuai xun ( yue kan ) yi chu ban 300 duo qi huan ying tou gao huan ying yue du

..............page:272

Application of graphene as conductive agent in alkaline Zn / MnO₂ battery
XU Yan-ling;TANG Lu;HU Chun-yi;Zhongyin Battery Co.;Ltd.;

..............page:273-275

Preparation of lithium phosphate Fe-V composite by carbothermal reduction
ZHANG Zhong-ai;ZHU Ling-zhi;HAN En-shan;KOU Yan-juan;School of Chemical Engineering and Technology;Hebei University of Technology;

..............page:276-279

Status quo of research on thermal models for Li-ion battery
LUO Ling;SONG Wen-ji;LIN Shi-li;FENG Zi-ping;Guangzhou Institute of Energy Conversion;Chinese Academy of Sciences;University of Chinese Academy of Sciences;

..............page:280-283

Progress in determination study of stress in Li-ion battery electrode
ZHANG Jing-ze;XIE Xiao-hua;ZHANG Jian;CAO Chun-hui;Shanghai Institute of Microsystem and Information Technology;University of Chinese Academy of Sciences;

..............page:284-287

Reviews of effects of EMD property on electrical performance of alkaline Zn / MnO₂ battery
GUO Shi-zhong;WANG Feng-mei;JIN Cheng-chang;Sichuan Electronic Military Industry Group Co.;Ltd.;College of Physics;Optoelectronics and Energy;Soochow University;

..............page:288-290

Pretreating and component analysis of negative plate for lead-acid battery
ZHOU Yan;FANG Ming-xue;CHEN Fei;ZHAO Dong-dong;Research Branch;Zhejiang Tianneng Battery Co.;Ltd.;

..............page:291-293

Instructions for authors

..............page:294