Mathematical Modeling in Electrochemical Reactions of Homogeneous Catalysis “Split Waves” on the Rotating Disc Electrode

Abstract

A mathematical modeling of the electrochemical reactions at a rotating disc electrode is
delivered. The pattern is constructed on stationary nonlinear diffusion equation associated to
enzymatic reaction of the Michaelis-Menten kinetics. We described analytically nearly
approximate appearance pertaining to substrate concentration profile for entirely possible
significances of the reaction diffusion parameters m K are cat K at the RDE by employing
homotopy perturbation method (HPM). The significance of few parameters is given in detail,
leading to the ideas which can recover the analytical performance.