ELECTRODEPOSITION OF NICKEL COATINGS FROM ACETATE ELECTROLYTES
Process of electrodeposition of nickel from acetatum electrolytes with concentration of Ni <sup>2+</sup> 0,95 mol/l and CH <sub>3</sub>COO¯0,36 mol/l is investigated. It is established that adding CH <sub>3</sub>COONa increases cathodic polarization in comparison with additive CH <sub>3</sub>COONH <sub>4</sub>. Electrolytes with additive CH <sub>3</sub>COONa possess higher buffer capacity. Ranges of reception of qualitative nickel coatings with a high exit on a current at room temperature are defined.