Electrochemical interfaces are ubiquitous, and characterisation tools that allow us to
interrogate them on the molecular scale underpin a wide range of technologies. Because of …

Understanding the bio-physical–chemical interactions at nanostructured biointerfaces and
the assembly mechanisms of so-called hybrid nano-composites is nowadays a key issue for …

The interactions of diisobutyl dithiophosphinate with bare (un-activated) and lead-activated
sphalerite were studied both experimentally and through DFT simulations. Sphalerite …

The catalytic conversion of CO2 to useful compounds is of great importance from the
viewpoint of global warming and development of alternatives to fossil fuels. Electrochemical …

For an economy with hydrogen as the major energy carrier, the development of affordable,
reliable, sensitive and selective hydrogen sensors is indispensable. In principle, Pd-based …

The detailed structure of the water layer in the inner Helmholtz plane of a solid/aqueous
solution interface is closely related to the electrochemical and catalytic performances of …

Fuel cell and water electrolyzer technology have been intensively investigated in the last
decades toward sustainable and renewable energy conversion systems. For improved …

Functionalized gold nanoparticles have critical applications in biodetection with surface-
enhanced Raman spectrum and drug delivery. In this study, reactive force field molecular …

Interfaces at the nanoscale, also called nanointerfaces, play a fundamental role in physics
and chemistry. Probing the chemical and electronic environment at nanointerfaces is …

The influence of glycine on the mechanism of cobalt electrodeposition on Au was studied by
using different experimental techniques. From cyclic voltammetry experiments, changes in …