Diffusion and kinetics of amperometric immobilized enzymes on the planar, cylindrical and
spherical electrodes are discussed. This model is described as a set of non-linear reaction …

A mathematical model of electrostatic interaction with reaction-generated pH change on the
kinetics of immobilized enzyme is discussed. The model involves the coupled system of non …

Theoretical models of an amperometric biosensor with product inhibition kinetics are
discussed. These models are based on non-stationary diffusion equations containing a non …

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 …

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 …

The pull-in behavior is an inherent property of the micro-electromechanical oscillator. The
bisection method and an iterative method are introduced to find its pull-in voltage, and the …

A theoretical model for homogeneous redox catalysis of electrochemical reactions for the
one-electron two-step reaction scheme is discussed. This model is described by the system …

In trigger mode, an amperometric biosensor is a form of a biosensor where the coupling of
various enzymes improves the specificity and sensitivity of the detecting event. In this paper …

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 …