MODELING THE CONTENT OF COMPONENTS OF COMPOSITE ELECTROLYTIC COVER FROM THE POLARIZATION CURRENT

The composite coatings electrodeposition with the refractory metals and zirconium cobalt makes it possible to obtain a coating unique combination of physicochemical properties that are unattainable when using other application methods. One reasons for limited use electrolytic method such composites is difficulty controlling process. alloys iron subgroup depend not only on chemical composition (the content component) but also deposition conditions. Varying polarization current density allows creation different compositions and, accordingly, functional properties. basis work was experimental research patterns cobalt-based by galvanostatic current. purpose develop mathematical model dependence cobalt-containing formation density. problem describing electrochemical metals, relevant since modeling an integral part development new improvement existing systems. A proposed control based cobalt, which obtaining predetermined varying operating It has been established coatings, in particular Co, Mo, W, can be controlled electrolysis density, quite simple developed models. inclusion Zr described more complex model, parameter values both concentration electrolyte components