Abstract: The present disclosure relates to a gold nanocluster catalyst for carbon dioxide conversion represented by [Chemical Formula 1] and a method for preparing the same: Aun(SR)m??[Chemical Formula 1] wherein SR is an organic thiol-based ligand containing an anionic terminal group, n is an integer between 25 and 102 and m is an integer between 18 and 44. Since the gold nanocluster catalyst according to the present disclosure has superior carbon dioxide conversion activity, the gold nanocluster catalyst may be used for a gas diffusion electrode.

Abstract: The present invention relates to silver nanoclusters doped with rhodium hydride, a method of producing the same, and an electrochemical catalyst for hydrogen gas generation. The silver nanoclusters doped with rhodium hydride of the present invention have utility as an electrochemical catalyst, have a significantly low production cost compared to a platinum (Pt) catalyst according to the related art, and exhibit an effect of generating hydrogen gas equal to or greater than that of the Pt catalyst.

Abstract: Provided is a silver nanocluster doped with a metal hydride, a manufacturing method thereof, and an electrochemical catalyst for hydrogen gas generation. The silver nanocluster doped with the metal hydride has utility as an electrochemical catalyst, has a very low production cost compared to a conventional platinum (Pt) catalyst, and exhibits an equivalent or higher hydrogen gas generation effect.