MATHEMATICAL SIMULATION OF ELECTROLYTE CONCENTRATION FIELD IN CONTROLLABLE ELECTROCHEMICAL RESISTANCE

Abstract

The initial boundary value problem on the mathematical simulation of the electrolyte concentration f ield in the controllable electrochemical resistance (CER) with plane electrodes is considered and solved. The mo del permits to conduct a complete r esearch of the electrochemical processes in full - blast CER. The check computation of space - time concentration distribution at the constant control current of CER is performed.

Keywords

• boundary conditions
• parabolic diffusion equation
• electric current de nsity
• concentration distribution
• differential equation
• portrayal of concentration.