Not only in electrochemistry but also in biology and in membrane transport, localized
processes at solid–liquid or liquid–liquid interfaces play an important role at defect sites …

The application of the Marcus–Hush–Chidsey (MHC) formalism to heterogeneous electron
transfer processes is reviewed and compared with the commonly employed Butler–Volmer …

We review the use of the Butler-Volmer equation to describe electrode kinetics. Across all
fields of electrochemistry, this equation is deployed in diverse mathematical forms whose …

This document provides an inventory of theoretical and methodological concepts in
electrochemistry at the interface between two immiscible electrolyte solutions (ITIES) …

Electron transfer reactions are among the most elementary of all chemical reactions and
play a fundamental role in many areas including organic synthesis, biological processes …

Understanding of charge transfer processes is determinant to the performance optimization
for semiconductor photocatalysts. As a representative model of composite photocatalysts …

The dependence of the SECM feedback current on finite heterogeneous electron-transfer
(et) kinetics at the substrate electrode was examined by experimental studies of the …

In recent years, major developments in scanning electrochemical microscopy (SECM) have
significantly broadened the application range of this electroanalytical technique from high …

Ferrocenemethanol was chosen to study quantitatively the kinetics of the heterogeneous
electron transfer at mono-and bilayer-modified gold electrodes. The monolayer was …

In this review, we describe measurements and applications of interest to the analytical
community that makes use of simple nanopipettes. Fabricated by applying heat during the …