Current Distribution and Throwing Power in Electrolytes

Abstract

THERE are two interesting aspects of the distribution of a direct current flowing between soluble metal electrodes in an aqueous electrolyte confined in an insulating vessel. Theoretically the problem appears to be soluble, ideally at least, by classical potential theory using the electrochemical theory of the anode and cathode fall. The distribution is of great practical importance in attaining uniform deposits on curved surfaces and in holes, and in avoiding heavy deposits on sharp edges and projections.