Fig. 1: Combining organic electrosynthesis and materials-driven electrocatalysis in an electrocatalyst:mediator assembly. | Nature Communications

Fig. 1: Combining organic electrosynthesis and materials-driven electrocatalysis in an electrocatalyst:mediator assembly.

From: CoOx clusters-decorated IrO2 electrocatalyst activates NO3- mediator for benzylic C-H activation

Fig. 1

Illustration of anodic toluene oxidation by a, homogeneous catalysts with non-targeted commercial electrodes as current collectors, b, materials-driven electrocatalysis and c, the electrocatalyst:mediator assembly. d Schematic of anodic toluene oxidation coupled to hydrogen evolution from water at cathode. e Faradaic efficiencies of anodic toluene oxidation with different mediators. f LSV of the reaction system with and without NO3-. All error bars represent standard deviation based on three independent samples. No iR correction was conducted. Source data for Fig. 1e, f are provided as a Source Data file.

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