Copper catalysts hold promise for producing multi-carbon chemicals through electrochemical CO2 reduction, but improving performance is challenging due to the limited tunability of the copper surface. Now, research uses organic functionalization to modify the surface oxidation state of copper, yielding improved energy efficiency for ethylene production.

中文翻译：

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有机方法

铜催化剂有望通过电化学二氧化碳还原生产多碳化学品，但由于铜表面的可调性有限，提高性能具有挑战性。现在，研究利用有机功能化来改变铜的表面氧化态，从而提高乙烯生产的能源效率。