This paper presents a review of the experimental and theoretical investigations of halogen
interaction with metal surfaces. The emphasis was placed on the recent measurements …

The sulfur adsorption on gold surface is a hot topic in catalysis, electrochemistry and
chemical sensors. However, the multiple structures of adsorbed sulfur and sulfur-induced …

Using scanning tunneling microscopy, we characterize the size and bias-dependent shape
of sulfur atoms on Cu (100) at low coverage (below 0.1 monolayers) and low temperature …

We present an extensive density functional theory (DFT) study of adsorption site energetics
for oxygen and sulfur adsorbed on two vicinal surfaces of Cu and Ag, with the goal of …

Sulfur adsorption on gold surfaces has been extensively studied because of the key role of
sulfur species in heterogeneous catalysis, and, more recently, due to the interest in the …

Ordering of different chalcogens, S, Se, and Te, on Au (111) exhibit broad similarities but
also some distinct features, which must reflect subtle differences in relative values of the …

We provide a comprehensive theoretical assessment at the level of density functional theory
(DFT) of the stability of various coinage metal–sulfur complexes, both in the gas phase and …

Sulfur adsorption on Au (111) at high coverage has been studied by density functional
calculations. In this case S species organize into rectangular structures containing 8 S atoms …

Adsorption and self-assembly of organic molecules at surfaces is a key issue in
nanoscience and nanotechnology for the many possible uses of hybrid organic–inorganic …

In this paper, we present a density-functional theory with a particle swarm optimisation
algorithm to research the progress of the ligand effects of the gold (Au) structures and growth …