Abstrait

Nanocatalysts Prepared Electrochemically and used in Electrocatalysis

Robert Martin

This article investigates the preparation of nano-molybdenum carbide/boron nitrogen cooped two-dimensional carbon composite structure catalysts and the electrochemical hydrogen evolution reaction performance in order to address the fundamental issue of high-temperature sintering of molybdenum carbide restricting the efficient construction of molybdenum carbide nanostructures and the full play of hydrogen evolution performance. A new method for building a high-performance electrochemical hydrogen evolution reaction catalyst based on molybdenum carbide/boron nitrogen cooped two-dimensional nano-carbon composite structure was established based on the self-assembly process of gelatin molecules on the surface of a two-dimensional layered boric acid crystal template.