We survey recently-reported, analytical solutions for the study of simple and complicated
charge transfer reactions by means of any voltammetric technique with electrodes of very …

Large number of lipophilic substances, whose electrochemical transformation takes place
from adsorbed state, belong to the class of so‐called “surface‐redox reactions”. Of these …

Square-wave voltammetry (SWV) is one of the four major voltammetric techniques provided
by modern computer-controlled electroanalytical instruments, such as Autolab and μAutolab …

Accurate and rational benchmarking of molecular catalysts is essential to achieve high
selectivity and efficiency towards electrochemical reactions associated with key energy and …

A general analytical expression has been deduced for the I/E response of the square wave
voltammetry corresponding to ion transfer processes in systems with two liquid/liquid …

Electrochemical reactions can effectively follow nonunity stoichiometries as can be found in
the electrochemistry of halides, hydrogen, and metal complexes. The voltammetric response …

A general, explicit analytical solution for volta-mmetry using any multipotential waveform for
an electrochemically reversible system at an electrode of any geometry is derived. This …

Simple, analytical and explicit expressions are presented for the I/E response, interfacial
concentrations and concentration profiles for the reversible ion transfer at ITIES of an ion …

A general, simple, analytical expression for the steady state voltammetric response at
electrodes of three different geometries is developed. These geometries have both uniform …

The general analytical solution corresponding to any multipotential step problem for a
catalytic mechanism is presented. This deduction has been carried out rigorously without …