This work reviews the literature for halogen adsorption on metals, semiconductors and
insulators for the period 1979 to 1987. The surface structures formed by adsorbed halogens …

A tabulation is presented of the ordering characteristics of clean and adsorbate-covered
single crystal surfaces based on diffraction patterns observed with LEED (Low Energy …

The properties of a halogen-covered platinum (111) surface have been studied by using
density functional theory (DFT), because halides are often present at electrochemical …

The adsorbate structures on electrode surfaces in an electrochemical environment are
controlled by thermodynamic parameters such as temperature, concentration, pH and …

Using periodic density-functional theory calculations, we address the work-function change
induced by the adsorption of chlorine and iodine on Cu (111) which are shown to change …

The adsorption of halides on Cu (111) and Pt (111) has been studied using periodic density
functional theory calculations. The equilibrium coverage of the halides as a function of the …

The chemisorption of chlorine on the (111) faces of Pd and Pt single crystals at 300 K has
been studied by LEED, AES, thermal desorption and work function measurements. Upon Cl …

Two mechanisms have been cited as the reason for unexpected work function decrease
upon adsorption of electronegative adatoms: electron spillout depletion [Michaelides et al …

In this paper we present x-ray scattering results of iodide, bromide, and chloride adsorption
onto the Pt (111) surface in solution. Iodide forms two commensurate adlayer structures, a …

In-situ scanning tunneling microscopy (STM) and cyclic voltammetry have been used to
examine chemisorbed Br adlayers on a well-defined Pt (111) surface in a 10 mM KClO4 …