直接甲酸燃料电池的研究进展

应用化学, 2010, 27(8): 869-874. doi: 10.3724/SP.J.1095.2010.90726

直接甲酸燃料电池的研究进展

沈娟章 ^1, , 杨改秀 ^2, , 唐亚文 ^3, , 陆天虹 ^4,

1.南京师范大学化学与环境科学学院,南京,210097

2.南京师范大学化学与环境科学学院,南京,210097

3.南京师范大学化学与环境科学学院,南京,210097

4.南京师范大学化学与环境科学学院,南京,210097

基金项目: 科技部"八六三"项目(2007AA05Z143;2007AA05Z159) 国家自然科学基金(20703043;20873065)

关键词：直接甲酸燃料电池 , 化学原理 , 阳极催化剂 , 钯催化剂

Research Development of Direct Formic Acid Fuel Cells

近年来,直接甲酸燃料电池(DFAFC)的研发取得了很大的进展,已有报道用Pd作阳极催化剂的DFAFC的最大能量密度为0.25 W/cm2,很接近于以氢为燃料的质子交换膜燃料电池(PEMFC),表明DFAFC有很好的发展前景. 综述了DFAFC的研究进展、甲酸电氧化机理、阳极复合催化剂性能提高的原因和机理、DFAFC存在的主要问题,并对其发展进行了展望.

参考文献

[1]	Vielstich W,Gasteiger H A,Lamm A,Eds.Handbook of Fuel Cells[M].New York:Wiley-VCH,2003
[2]	XIE Xiao-Feng(谢晓峰),FAN Xing-He(范星河).Fuel Cells Teconology(燃料电池技术)[M].Beijing(北京):Chemical Industry Press(化学工业出版社),2004
[3]	MAO Zong-Qiang(毛宗强),LU Tian-Hong(陆天虹).Fuel Cells(燃料电池)[M].Beijing(北京):Chemical Industry Press(化学工业出版社),2005
[4]	Demirci U B.J Power Sources[J],2007,169:239
[5]	LU Tian-Hong(陆天虹),TANG Ya-Wen(唐亚文),ZHANG Ling-Ling(张玲玲),GAO Ying(高颖).Batt Ind(电池工业)[J],2007,12:412
[6]	Ha R I,Masel R I,Waszczuk P,Wieckowski A,Barnard T.J Power Sources[J],2002,111:83
[7]	Ha S,Larsen R,Zhu Y,Masel R I.Fuel Cells[J],2004,4:337
[8]	Rhee Y W,Ha S Y,Masel R I.J Power Sources[J],2003,117:35
[9]	Wang X,Hu J M,Hsing I M.J Electroanal Chem[J],2004,562:73
[10]	Demirci U B.J Power Sources[J],2007,169:239
[11]	Weber M,Wang J T,Wasmus S,Savinell R F.J Electrochem Soc[J],1996,143:158
[12]	Ha R I,Masel R I,Waszczuk P,Wieckowski A,Barnard T.J Power Sources[J],2002,111:83
[13]	Ha S,Rice C A,Masel R I,Wieckowski A.J Power Sources[J],2002,112:655
[14]	McGovern M S,Garnett E C,Rice C,Masel R I,Wieckowaki A.J Power Sources[J],2003,115:35
[15]	Rice C,Ha S,Masel R I,Wieckowaki A.J Power Sources[J],2003,115:229
[16]	Ha S Y,Larsen R,Masel R I.J Power Sources[J],2005,144:28
[17]	Zhang L L,Lu T H,Bao J C,Tang Y W,Li C.Electrochem Commun[J],2006,8:1625
[18]	Zhu Y M,Khan Z,Masel R I.J Power Sources[J],2005,139:15
[19]	ZHOU Kai(周锴),CHEN Meng(陈猛),WANG Zhen-Bo(王振波).Chinese Batt Ind(电池工业)[J],2009,14:345
[20]	HONG Ping(洪平),LIAO Shi-Jun(廖世军).Modern Chem Ind(现代化工)[J],2009,29:15
[21]	Brummer S B,Makrides A C.J Phys Chem[J],1964,68:1448
[22]	Capon A,Parsons R.J Electroanal Chem[J],1973,44:1
[23]	Capon A,Parsons R.J Electroanal Chem[J],1973,44:239
[24]	Capon A,Parsons R.J Electroanal Chem[J],1973,44:205
[25]	Paverse A G,Solis V M.J Electroanal Chem[J],1991,301:117
[26]	Choi J H,Jeong K J,Dong Y,Han J,Lim T H,Lee J K,Sung Y E.J Power Sources[J],2006,163:71
[27]	Lee J K,Lee J,Han J,Lim T H,Sung Y E,Tak Y.Electrochim Acta[J],2008,53:3474
[28]	Huang J,Hou H,You T Y.Electrochem Commun[J],2009,11:1281
[29]	Jiang J H,Kucernak A.Electrochim Acta[J],2009,54:4545
[30]	Zhang L J,Wang Z Y,Xia D G.J Alloys Compd[J],2006,426:268
[31]	Zhang L L,Tang Y W,Bao J C,Lu T H,Li C.J Power Sources[J],2006,162:177
[32]	Macia M D,Herrero E,Feliu J M.J Electroanal Chem[J],2003,554:25
[33]	Zhou X C,Xing W,Liu C P,Lu T H.Electrochem Commun[J],2007,9:1469
[34]	Ha S,Adams B,Masel R I.J Power Sources[J],2004,128:119
[35]	Ha S,Dunbar Z,Masel R I.J Power Sources[J],2006,158:129
[36]	Yu J L,Savage P E.Ind Eng Chem Res[J],1998,37:2
[37]	Lu G Q,Crown A,Wieckowski A.J Phys Chem B[J],1999,103:9700
[38]	FANG Xiang-Hong(方向红),ZHENG Zheng-Zhi(郑争志),ZHANG Yin-Qiu(张寅秋),CUI Peng(崔鹏).Anhui Chem Ind(安徽化工)[J],2009,35:23
[39]	Yu X W,Peter G,Pickup P G.Electrochem Commun[J],2009,11:2012
[40]	Chen S L,Lee D,Schell M.Electrochem Commun[J],2001,3:81
[41]	Chen S L,Schell M.J Electroanal Chem[J],2001,504:78
[42]	Chen S L,Lee D,Schell M.Electrochim Acta[J],2001,46:3481
[43]	Hoshi N,Kuroda M,Ogawa T,Koga O,Hori Y.Langmuir[J],2004,20:5066
[44]	Kumara Swamy B E,Vannoy C,Maye J,Schell M.Electrochem Commun[J],2004,6:1032
[45]	Arenz M,Stamenkovic V,Schmidt T J,Wandelt K,Ross P N,Markovi N M.Surf Sci[J],2003,523:199
[46]	Vidal-Igleslas F J,Solla-Gullo′n J,Herrero E,Aldaz A,Feliu J M.J Appl Electrochem[J],2006,36:1207
[47]	Heinzel A,Barragan V M.J Power Sources[J],1999,84:70
[48]	McGrath K M,Prakash G K S,Olah G A.J Ind Eng Chem[J],2004,10:1063
[49]	Jeong K J,Miesse C A,Choi J H,Lee J,Han J,Yoon S P,Nam S W,Lim T H,Lee T G.J Power Sources[J],2007,168:119
[50]	Song C,Khanfar M,Pickup P G.J Appl Electrochem[J],2006,36:339
[51]	Chen W,Tang Y W,Bao J C,Gao Y,Liu C P,Xing W,Lu T H.J Power Sources[J],2007,167:315
[52]	CHEN Wei(陈卫),TANG Ya-Wen(唐亚文),LU Tian-Hong(陆天虹).Electrochemistry(电化学)[J],2008,14:235
[53]	MA De-Na(马德娜),CHEN Wei(陈卫),JIAO Lian-Sheng(焦连升),TANG Ya-Wen(唐亚文),LIU Chang-Peng(刘长鹏),XING Wei(邢巍),LU Tian-Hong(陆天虹).J Inorg Chem(无机化学学报)[J],2008,24:1803
[54]	JIA Yu-Jie(贾雨洁),CAO Shuang(曹爽),TANG Ya-Wen(唐亚文),LU Tian-Hong(陆天虹).J Inorg Chem(无机化学学报)[J],2009,25:674

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直接甲酸燃料电池的研究进展

Research Development of Direct Formic Acid Fuel Cells

参考文献