Water is perhaps the most important and most pervasive chemical on our planet. The
influence of water permeates virtually all areas of biochemical, chemical and physical …

Water adsorption at metal surfaces is governed by a subtle balance between water–water
hydrogen bonding and water–metal interactions, which together determine the stability of …

The structure of water at the interface with other materials is thought to determine their
wetting properties and underlies the vast array of phenomena known under the names of …

We address the adsorption of water on Pt (111) using x-ray absorption, x-ray emission, and x-
ray photoelectron spectroscopy along with calculations in the framework of density …

We present a density functional theory study of water adsorption on metal surfaces.
Prototype water structures including monomers, clusters, one-dimensional chains, and …

As the archetype of water hydrogen bonding, the water dimer has been studied extensively
by both theory and experiment for nearly seven decades. In this article, we present a …

FTIR reflection-absorption spectra at Pt (111) show potential dependent bands near 3100
and 1620 cm− 1, corresponding respectively to the OH stretching and HOH in-plane …

The QM/MM simulation method is provenly efficient for the simulation of biological systems,
where an interplay of extensive environment and delicate local interactions drives a process …

The adsorption of water on ordered epitaxial FeO (111) and Fe3O4 (111) films was
investigated by thermal desorption spectroscopy (TDS) and photoelectron spectroscopy …

Adsorption of water on Pt (111) at 135 K or above proceeds by a Stranski–Krastanov
mechanism to form crystalline ice films. The structure of thin films reflects a conflict between …