Ideally, electrochemical synthesis processes should perform value-added chemistries at both electrodes. However, electrochemical reactions are typically studied and optimized one half-reaction at a time and integrating different half-reactions into one cell often poses significant compatibility challenges. Wang et al. employed heterogeneous redox reservoirs to temporarily store charge and sequentially couple diverse anodic and cathodic reactions.

中文翻译：

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氧化还原储层：实现更多的模块化电化学合成

理想地，电化学合成过程应在两个电极上执行增值化学。但是，通常要研究并一次优化一个半反应的电化学反应，而将不同的半反应整合到一个电池中通常会带来巨大的兼容性挑战。Wang等。利用非均相氧化还原储层来临时存储电荷并顺序耦合各种阳极和阴极反应。