ELECTROCHEMICAL DEPOSITION OF NICKEL COATINGS FROM ACETATE-CHLORIDE ELECTROLYTE IN PULSE MODE
The process of electrodeposition of nickel from acetate-chloride electrolyte in a pulsed mode at low temperature is investigated. It is established that application of pulsed electrolysis mode allows to increase the working current density of up to 9 A/dm <sup>2</sup>. A nanostructured nickel coating with a maximum size of crystallites of 200 nm is obtained. The results show that the use of pulsed electrolysis to reduce porosity in thicknesses of coating up to 20 microns.