ELECTRODEPOSITION OF NICKEL AND COBALT AL
Electrodeposition of multicomponent nickel and/or cobalt alloys with nonmetallic inclusion from the complex electrolyte containing citric or malic acid has been investigated. It is confirmed that the decrease in the stability of formed metal complexes provides an increase in metal current efficiency. The use of malate complex electrolyte allows it to diminish the effect of nickel and cobalt anomalous codeposition. Nickel-cobalt alloy electrodeposition from citrate electrolyte is accompanied by an overstoichiometrie сodeposition of nonmetallic component, in particular phosphorus.