电催化与多相催化的对比与协同作用

A. Wiȩckowski, M. Neurock
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引用次数: 26

摘要

在过去的二十年里,光谱学和理论的进步开始提供在气体/金属以及水/金属界面发生的分子转化的详细的原位分辨率。这些进展开始允许更直接地比较多相催化和电催化。这种比较变得非常重要,因为目前的许多能量转换策略都涉及发生在流体/固体界面的催化和电催化过程,并且表现出非常相似的特征。在此,我们比较和对比了几种不同的催化和电催化系统,以阐明交叉这两个领域的原理,并建立两者之间的特征差异,以期推动这两个领域的发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Contrast and Synergy between Electrocatalysis and Heterogeneous Catalysis
The advances in spectroscopy and theory that have occurred over the past two decades begin to provide detailed in situ resolution of the molecular transformations that occur at both gas/metal as well as aqueous/metal interfaces. These advances begin to allow for a more direct comparison of heterogeneous catalysis and electrocatalysis. Such comparisons become important, as many of the current energy conversion strategies involve catalytic and electrocatalytic processes that occur at fluid/solid interfaces and display very similar characteristics. Herein, we compare and contrast a few different catalytic and electrocatalytic systems to elucidate the principles that cross-cut both areas and establish characteristic differences between the two with the hope of advancing both areas.
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