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Although both laboratory and large-scale studies have demonstrated the technological feasibility of electrochemical CO2 reduction (ERC) for producing useful low-carbon fuels, there are still challenges that hinder the practical use of Sn-based catalysts and electrodes in terms of both catalytic activity and stability. In this study, we discuss the design and engineering of several nanostructured SnO...
Novel hierarchical copper oxide (Cu X O) nanosphere particles are synthesized, and then coated onto gas diffusion layer (carbon) to form a working electrode for catalyzing CO 2 electroreduction. When applying a negative voltage to the working electrode, the metal Cu nanoparticles which are induced by the Cu X O nanospheres appear. Cu X O and metal Cu together form the...
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