Electrochemical CO2 reduction reaction (CO2RR) is a promising technology for the clean
energy economy. Numerous efforts have been devoted to enhancing the mechanistic …

The interfacial liquid, situated in proximity to an electrode or catalyst, plays a vital role in
determining the activity and selectivity of crucial electrochemical reactions, including …

Electrical double-layer capacitance (C DL) measurements are among the key experiments
in physical electrochemistry aimed to understand the properties of electrified solid/liquid …

A proton exchange ionomer is one of the most important components in membrane
electrode assemblies (MEAs) of polymer electrolyte membrane fuel cells (PEMFCs). It acts …

Fully harnessing electrochemical interfaces for reactions requires a detailed understanding
of solvent effects in the electrochemical double layer. Predicting the significant impact of …

Alkali metal cations are commonly selected as components of the electrolyte and could
greatly affect the reaction dynamics at the electrode-electrolyte interface in many different …

The rates of many electrocatalytic reactions can be strongly affected by the structure and
dynamics of the electrochemical double layer, which in turn can be tuned by the …

Electrocatalysis plays a vital role in advancing energy conversion and storage technologies.
In addition to the prominent strategies of advanced electrocatalysts, the exploration of the …

The potential of maximum entropy (PME) is an indicator of extreme disorder at the
electrode/electrolyte interface and can predict changes in catalytic activity within electrolytes …

We measure the entropy of formation of the interface upon anion adsorption (Cl−, Br− I− and
SO42−) on Au (111) as an important indicator for the structure, order and composition of the …