We focus on the development of electrochemical energy conversion devices of water electrolysis, CO2 conversion, and fuel cell, which are the core technologies of next-generation clean energy storage/conversion systems based on hydrogen.

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The research objective is to synthesize nano electrode materials through a variety of methods, including Electrodeposition, Sputter Deposition, and Chemical Reduction, to maximize energy conversion/storage efficiency. In addition, the manufacturing process of these nanomaterials can extend its application by grafting them into various fields such as thin films, catalysts, and electronic materials.