In this paper, an amperometric biosensor model with substrate and product inhibition
kinetics is analysed. This model is a steady-state system of reaction-diffusion equations with …

This paper reports the mathematical modelling of homogeneous redox catalysis of
electrochemical reactions for the EE'C scheme. This model is described by the system of …

This study discusses a mathematical model for the steady-state reaction of a pH-based
potentiometric biosensor immobilizing organophosphorus hydrolase (OPH). The model that …

In this contribution, a Langmuir–Hinshelwood–Hougen–Watson (LHHW) type kinetic model
is discussed for simple one-dimensional geometry of porous catalysts such as a sphere …

The approximate transient chronoamperometric limiting current generated from the
electrochemical reaction in a rotating disc electrode for second-order ECE reactions is …

A theoretical model for the enzyme catalysed isomerisation reaction in a packed-bed
reactors made up of microporous particles is discussed. The system is described in terms of …

This article examines a mathematical model for stable urea amperometric biosensors with
non-competitive inhibition under homogenous conditions. The system is based on reaction …

An amperometric glucose biosensor's theoretical model is discussed. The glucose oxidase
enzyme in this model is immobilized in conducting polypyrrole. This model includes a …

The mathematical models of biofiltration of mixtures of hydrophilic (methanol) and
hydrophobic (α–pinene) volatile organic compounds (VOCs) are explored in this paper. This …

The vast majority of engineering issues, particularly heat transport equations, have a non-
linear form. The analytical solution of temperature distribution, fin effectiveness, and fin …