EFFECT OF MIGRATION DURING THE ANODIC SOLUTION OF A METAL IN A TURBULENT-FLOW OF AN ELECTROLYTE

Within the framework of a semiquantitative approach to a description of mass transfer under conditions of turbulence local to the walls, based on the conception of an effective turbulent diffusion coefficient depending on the distance from the solid surface, the analytical problem of the anodic solution of the wall of a plane parallel channel into a solution containing three types of ions has been formulated and solved. It is shown that in the absence of an excess of inert electrolyte the electrical field reduces the concentration in the layer adjacent to the anode of the ions of the metal being dissolved.