Fig. 1: The schematic diagram of analogous rectifying interface effect leading to high urea synthesis performance. | Nature Communications

Fig. 1: The schematic diagram of analogous rectifying interface effect leading to high urea synthesis performance.

From: Stable Cuδ+ sites derived from analogous rectifying interface in AgCu biphasic aerogels for efficient urea electrosynthesis at low potential

Fig. 1: The schematic diagram of analogous rectifying interface effect leading to high urea synthesis performance.The alternative text for this image may have been generated using AI.

a The formation of stable Cuδ+ sites through the analogous rectifying interface effect in AgCu biphasic aerogels. b The electron-deficient Cuδ+ enhances the affinity adsorption of *NOH, facilitating successful coupling to urea, while the ineffective adsorption of *NHO on conventional Cu0 prevents further coupling.

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