Solid–liquid interface engineering has recently emerged as a promising technique to
optimize the activity and product selectivity of the electrochemical reduction of CO2. In …

This review describes the evolution of important concepts related to potential drops at
interfaces in electrochemical systems. The role of the thermodynamic theory of …

Electrode–electrolyte interfaces play a decisive role in electrochemical charge accumulation
and transfer processes. Theoretical modelling of these interfaces is critical to decipher the …

Attaching molecular catalysts to metal and semiconductor electrodes is a promising
approach to developing new catalytic electrodes with combined advantages of molecular …

Interfacial electric fields play crucial roles in electrochemistry, catalysis, and solar energy
conversion. Understanding of the interfacial electric field effects has been hindered by the …

Elucidating the influence of the monolayer interface versus bulk on the macroscopic
properties (eg, surface hydrophobicity, charge transport, and electron transfer) of organic …

A comprehensive understanding of physical and chemical processes at biological
membranes requires the knowledge of the interfacial electric field which is a key parameter …

Antimicrobial peptides (AMPs) are the first line of defense after contact of an infectious
invader, for example, bacterium or virus, with a host and an integral part of the innate …

The principal objective of this work is to investigate and understand the top of the line
corrosion (TLC) inhibition mechanism in the presence of amines: diethylamine and …

Connecting molecules to electrodes is key for a range of applications. Conventional
methods typically involve a spontaneous reaction of thiol/disulfide-terminated molecules …