This review describes work done in scanning electrochemical microscopy (SECM) since
2000 with an emphasis on new applications and important trends, such as nanometer-sized …

Here, we demonstrate for the first time that the mechanism of adsorption-coupled electron-
transfer (ACET) reactions can be identified experimentally. The electron transfer (ET) and …

The electron transfer and specific adsorption of a redox-active molecule are coupled in
many important electrode reactions. Herein, we report a theoretical framework for the …

The development of efficient hydrogen evolution reaction (HER) catalysts is crucial for water
electrolysis. Currently, Ru‐based catalysts are considered top contenders, but issues with …

The coupling between the electron transfer and specific adsorption of a redox-active
molecule is ubiquitous and crucial in many important electrode reactions. Practically …

This paper reports the effect of mechanically applied elastic strain on the hydrogen evolution
reaction (HER) activity of graphene under acidic conditions. An applied tensile strain of 0.2 …

Over the last decade, significant progress has been made to reinforce scanning
electrochemical microscopy (SECM) as a powerful method for mechanistic studies of …

Transition metal phosphides, such as Cu 3 P, are of research interest as hydrogen evolution
electrocatalysts due to a combination of good intrinsic activity and good stability. Rare earth …

The results showed that the double-MEA setup is an ideal system for kinetics studies. On Pt,
it restricted hydrogen crossover which resulted in reproducible specific ORR activities …

The kinetics of the hydrogen electrode reactions, ie, hydrogen-evolution (HER) and
oxidation (HOR), were evaluated via a thin-platinum electrode. The 2D nature of this …