材料导报
材料導報
재료도보
MATERIALS REVIEW
2010年
1期
64-67
,共4页
低温燃料电池%阳极催化剂%分散度%表面结构
低溫燃料電池%暘極催化劑%分散度%錶麵結構
저온연료전지%양겁최화제%분산도%표면결구
low temperature fuel cells%anode catalysts%dispersion%surface structure
阳极催化剂是低温燃料电池的关键材料之一,研制新型催化剂对燃料电池的性能及成本起着关键作用.从改变催化剂的组成、分散度及调控催化剂的表面结构3个方面综述了近年来低温燃料电池阳极催化剂的研究进展,并展望了该领域今后的发展方向.
暘極催化劑是低溫燃料電池的關鍵材料之一,研製新型催化劑對燃料電池的性能及成本起著關鍵作用.從改變催化劑的組成、分散度及調控催化劑的錶麵結構3箇方麵綜述瞭近年來低溫燃料電池暘極催化劑的研究進展,併展望瞭該領域今後的髮展方嚮.
양겁최화제시저온연료전지적관건재료지일,연제신형최화제대연료전지적성능급성본기착관건작용.종개변최화제적조성、분산도급조공최화제적표면결구3개방면종술료근년래저온연료전지양겁최화제적연구진전,병전망료해영역금후적발전방향.
The anode catalyst is one of the key materials for low temperature fuel cells, the research and development of novel catalysts play an important role for the performance and cost of fuel cells. Recent progress in the anode catalysts for low temperature fuel cells is reviewed from three aspects,which are changing the composition, dispersion and surface structure of the catalysts, and the developing directions of the anode catalysts are discussed.
