Correlative co-located electrochemical multi-microscopy is transforming our understanding
of property-function relationships in electrode materials. By coupling scanning …

Despite the apparent simplicity of collision electrochemistry, recent studies have
demonstrated that the transient responses often exhibit a high degree of complexity. This …

The solid–liquid interface, where corrosion reactions occur, is notoriously difficult to study in
operando conditions. Few experimental techniques can provide surface sensitivity and …

Industrial catalysts are complex materials systems operating in harsh environments. The
active parts of the catalysts are nanoparticles that expose different facets with different …

The stark difference between global and local metal oxidation dynamics underscores the
need for methodologies capable of performing precise sub-μm-scale and wide-field …

Despite the noteworthy progress in Single Entity Electrochemistry (SEE) in the last decade,
the field still must undergo further advancements to attain the requisite maturity for facilitating …

As electrochemical research undergoes rapid technological progression, the acquisition of
substantial amounts of electrochemical impedance spectra (EIS) becomes increasingly …

Electrocatalysis plays a pivotal role in renewable energy conversion and associated
chemical production, enabling a variety of emerging sustainability technologies with societal …

This research investigates the interpretation of corrosion patterns using unsupervised
machine learning techniques. The use of machine learning techniques using unsupervised …

The stark difference between global and local metal dissolution dynamics underscores the
need for methodologies capable of performing precise sub-µm-scale and wide-field …