Synthesis High-Efficient Catalyst to Increase Power Solid Oxide Fuel Cell

Abstract

The method of catalyst synthesis on the surface of the cathode of solid oxide fuel cells is considered. The method allows you to create catalysts with a minimum deviation of geometric parameters from the specified values, and to obtain catalysts with a maximally developed surface, which leads to an increase in catalytic activity per unit area and specific power of solid oxide fuel cells. The use of optimal synthesis temperature conditions at each stage of the process increases adhesion catalyst to the cathode surface, which leads to an increase in the service life of solid oxide fuel cells nomrade.