The mechanism and principal kinetic features of anodic dissolution of
sulfidized copper-iron alloys in sulfide-chloride electrolytes were de
termined for different electrolyte temperatures and composition under
anodic polarization conditions. The rate of alloy dissolution was foun
d to increase with increasing electrolyte temperature and chlorine ion
content, but decrease with increasing copper content. The optimum con
ditions were found to be: copper content in the anode alloy 35-40%, ch
lorine-ion content in the electrolyte 40-60 g/liter.