新型燃料电池电极

M. Bonnemay, G. Bronoël, D. Doniat, E. Levart
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引用次数: 1

摘要

回顾多孔气体电极的主要缺点是由于试剂进料和电荷排出过程的拮抗,描述了一种新型电极,称为横向扩散电极,其中这两个过程在不同的区域发生,因为在这种电极的构成中使用的活性炭的高度专一的结构。因此,横向扩散电极理论上提供了一个比传统气体电极更有效的系统。结果还表明,通过这些电极的横截面馈电导致的发电机结构与通常的结构有很大的不同;这反过来又导致了非常紧凑的设计和每单位质量获得极好的功率特性的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nouveau type d'électrode pour piles à combustible

After recalling that the main disadvantages of the porous gas electrode result from the antagonism of the reagent feed and charge evacuation processes, a new type of electrode, known as the lateral diffusion electrode, is described in which these two processes take a place in separate areasm because of the highly specialized structure of the active carbons used in the consititution of this electrode. Hence the lateral diffusion electrode theoretically provides a more efficient system than conventional gas electrodes. It is also shown that feed through the cross-section of these electrodes leads to generator structures which are very different from the usual structures; this in turn results e.g. in very compact design and the possibility of obtaining extremely good power characteristics per unit of mass.

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