This book is a revision of the 2005 3rd Edition with the same title. There is additional
material, mainly in the entirely new Chap. 13 on migration and substantial new parts on …

This review covers developments in digital simulations of electroanalytical experiments,
since 1996. Over the period of time considered, a number of new techniques has been …

The paper demonstrates that the variable transformation variant of the point method (point 2
methods throughout the paper) suffers from serious problems, which prevent efficient …

The Crank–Nicolson (CN) simulation method has an oscillatory response to sharp initial
transients. The technique is convenient but the oscillations make it less popular. Several …

Abstract [eng] Simulations are presented for a reaction-diffusion system within a thin layer
containing an enzyme, fed with a substrate from the surrounding electrolyte. The chemical …

The recent decade has brought an unprecedented development of computer technology
and its applications. One of the areas of the human activity, in which the above development …

Local, difficult-to-solve spatio-temporal structures such as extremely thin reaction layers at
the electrodes, thin moving reaction fronts, fast transient variations, isolated temporal …

Dual parallel microband electrodes, operated as a generator–collector pair and made by a
simple, inexpensive mass-production method, have been used to implement a …

Temporal integration based on multistep backward differentiation formulae may not be the
best choice for finite-difference electrochemical kinetic simulations. A one-step, highly …

Re-examination of the potential-step chronoamperometry (PSCA) method through numerical
inversion of Laplace transforms is proposed in this work. First, a general expression is …