Development and applications of electrochemistry at soft interfaces and nanoparticles

Grégoire C Gschwend, Astrid J. Olaya, Danick Reynard, H. Girault
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Abstract

After discussing the fundamental issue of charge distributions at polarized interfaces, we present the concept of the “Discrete Helmholtz Model” for liquid-liquid interfaces and also for other non-metallic interfaces. We introduce the newly discovered ionosomes, which are nano liquid-liquid interfaces. We finish by presenting our work of water splitting using redox electrocatalysis in a batch mode, using an aqueous redox battery and finally using molecular electrocatalysts.
软界面和纳米颗粒电化学的发展与应用
在讨论了极化界面电荷分布的基本问题之后,我们提出了液-液界面和其他非金属界面的“离散亥姆霍兹模型”的概念。我们介绍了新发现的电离体,它们是纳米液-液界面。最后,我们介绍了在批处理模式下使用氧化还原电催化分解水的工作,使用水氧化还原电池,最后使用分子电催化剂。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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