ELECTRODEPOSITION OF Ni–Mo ALLOYS FROM AMMONIUM ELECTROLYTES

The influence of various factors current density, concentration of electrolyte components of stirring, and temperature on the composition and quality of Ni–Mo thin films, obtained by electrochemical deposition has been studied. It is established that the composition of deposited compounds strongly depends on the concentration of electrolyte components and electrolysis conditions. Increasing the current density increases the molybdenum content, and increasing the temperature increases the nickel content in the sediments. Stirring affects the electrodeposition process slightly. For obtaining high quality deposits, optimal conditions and electrolyte composition have been determined