In this paper, the nonlinear reaction-diffusion equation in the electroactive polymer film is
solved analytically. This mathematical model describes a substrate to form a complex with …

In this paper, we solve the non-linear reaction–diffusion equations that determine the
concentration of substrate in the electroactive polymer film. This mathematical model …

In this study, we have investigated the mathematical model of an immobilized enzyme
system that follows the Michaelis–Menten (MM) kinetics for a micro-disk biosensor. The film …

Here we consider the case where the enzyme reacts with an electroinactive substrate to
produce an electroactive product which is quickly oxidized or reduced at the electrode/film …

A mathematical model developed by Lyons and co-workers (Analyst, 121,(1996) 715–731)
describes a substrate to form a complex with the immobilized catalyst is discussed. The …

The enzyme combines with an electroinactive substrate to produce an electroactive product
that is oxidised or reduced rapidly at the electrode/film interface in this method. This model is …

The aim of this paper is to find a general mathematical expression for amperometric enzyme
kinetics problems. The variational iteration method coupled with Padé approximation (VIM …

Mathematical models of transport and kinetics of electrons and reactants in the layer of a
modified electrode are discussed theoretically. The model comprises a system of reaction …

An analysis of the diffusion and kinetics in an enzyme-modified microcylinder electrodes is
presented. A simple approximate analytical expression of concentration is derived for the …

The pseudo-steady-state current due to a mediated enzymatic reaction on a microelectrode
is characterized on the basis of theoretical analysis and numerical simulation. The steady …