Heterogeneous electrocatalysis is critical to many energy conversion processes. Theoretical
and computational approaches are essential to interpret experimental data and provide the …

Electrocatalysis is a promising technology for clean energy conversion. The prediction of
activation energies is essential for reliably modeling electrocatalytic processes. Currently, a …

Recent advances in the understanding of structural and electronic effects in heterogeneous
electrocatalysis are summarized. Typical examples are given illustrating how the knowledge …

BACKGROUND With a rising global population, increasing energy demands, and
impending climate change, major concerns have been raised over the security of our energy …

The field of electrocatalysis is undergoing significant growth, as reflected by the substantial
increase in the number of published articles on this topic from research groups around the …

Electrocatalytic systems are enormously challenging to understand. Nevertheless, the
complexity of systems reported in the literature constantly increases, with frequent reports on …

Electrocatalysis has been the cornerstone for enhancing energy efficiency, minimizing
environmental impacts and carbon emissions, and enabling a more sustainable way of …

Highlights•Adsorption-energy scaling relations may limit the efficiency of
electrocatalysts.•For O 2 evolution/reduction,* OOH vs* OH scaling is believed to cause …

Advances in the field of electrocatalysis over the past several decades have been driven
both by improvements in fundamental techniques for probing the solid–liquid …

The aim to produce highly active, selective, and long-lived electrocatalysts by design drives
major research efforts toward gaining fundamental understanding of the relationship …