Electrochemical behavior of silver in the nitrate of natrium solution at polarization by an industrial alternating current

Abstract

The paper shows the distinctive features of electrochemical processes occurring on a silver electrode during
electrolysis by an industrial alternating current in a solution of sodium nitrate using the method of rational mathematical
planning. Optimal conditions for dissolution of silver were determined when studying the influence of current density on
electrodes, concentration and temperature of electrolyte, duration of electrolysis and frequency of alternating current. It is
shown that when polarized by an alternating current of silver in a pair with a titanium electrode, the process of passivation of
the silver electrode is eliminated, and the rate of dissolution of the metal increases.