化学电源研究展望_美国电化学会第213次会议评述.pdfVIP

38 5 Vol38, No5 2008 10 BAT T ERY BI MO NT HL Y Oct, 2008 美国电化学会第213 次会议评述 王 羽中, 陈嘉嘉, 郑明森, 董全峰 ( 厦门大学化学系, 固体表面物理化学国家重点实验室, 福建 厦门36 1005) : 以化学电源为着重点, 介绍了 200 8 年5 月18- 22 日在美国亚利桑那州凤凰城举行的美国电化学会第2 13 次会议的 情况本次会议有关化学电源的内容占主导地位, 重点集中在高能量密度高安全性的锂离子电池; 还介绍了生物质燃料 电池等新兴领域的发展状态, 同时也注意到了室温燃料电池和氧化物燃料电池超级电容量等的必威体育精装版研究进展 : 美国电化学会第2 13 次会议; 锂离子电池; 燃料电池; 超级电容器 : T M 9129, T M 9114 : A : 100 1- 1579( 200 8) 05- 0297 - 03 Prospect of research on electrochemical power sources Report on the 213th Electrochem cal Soc ety M eet ng WAN G Chong, CH EN J aj a, ZH EN G M ngsen, DON G Quanfeng ( Chemistry Dep art ment , X iamen University , S tate K ey L aboratory of Physical Chemistry of Solid Surf aces, X iamen , Fuj ian 361005, China Abstract:W t h emphas z ng on battery , t he development of electrochem cal pow er sources n the 2 13t h Electrochem cal Soc ety M eet ng w as ntroduced, w h ch w as held n Phoen x C ty , AZ, USfrom M ay 18 to 22, 200 8In th s meet ng, the chem cal pow er sources sess o n n w h ch l th um batter es w th the focu s o n h g h energy dens ty and mpr ov ng saf ety w ere st ll dom nat ng partT he new area of b olog cal fuel cell w as ntroducedT he progress n room temperature and metal ox de fuel cells and supercapac tors w as also r eleased Key words: 2 13t h Electrochem cal Soc ety M eet ng ( 2 13th ECS M eet ng ) ; L on battery ; fuel cell; supercapac to r ( T he Electrochem str y Soc ety , ECS) ( 90 ) ( 83 ) , , , 6 8 , 1902 , 70 8 000 , 15 , 20 100 E CS ,