In this paper the structure and phase behavior of anion adlayers at the metal-electrolyte
interface and their influence on the metal substrate structure and on electrochemical …

Until recently, there had been only few in situ methods available for the structural
determination of an electrode surface in solution at the atomic level. Now, several recent …

The growth of Pt nanofilms on well-defined Au (111) electrode surfaces, using
electrochemical atomic layer epitaxy (EC-ALE), is described here. EC-ALE is a deposition …

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

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 …

Adlayer structures of Cl, Br, and I on the Cu (111) surface have been investigated using in-
situ scanning tunneling microscopy (STM) in solution and ex-situ low-energy electron …

In the realm of ever increasing importance of nanotechnology, the deposition of ultrathin
metal/alloy layers with perfect structure and unique functionality becomes an objective of …

We describe the history of electrochemical scanning tunneling microscopy (STM) and
advances made in this field during the past 20 years. In situ STM allows one to monitor …

The adlayer structure and reaction at the solid/liquid interface has been intensively
investigated due to its importance in many physical chemistry and life processes. The …

Jacket illustration. CryoSEM micrograph of a freeze-fractured yeast cell. Specimen was
prepared according to Walther et al (1995) and imaged using back-scattered electrons …