Electrocatalysis is the foundation of many techniques currently used to address
environmental and energy problems. Therefore, understanding the electrocatalytic …

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 …

Delicate elaboration of the nanostructures of multimetal catalytic materials with well-defined
shapes and compositions to reveal their potential use as heterogeneous nanocatalysts for …

Low-coordination sites, including edges, kinks, and defects, play an important role in oxygen-
reduction electrocatalysis. Their role was studied experimentally and theoretically for various …

Only simple operating principles and properties of fuel cells (FCs) are explained in this
section, which are essential to discuss how nuclear magnetic resonance (NMR) is used to …

Pd nanofilms were grown on Au (111) using the electrochemical form of atomic layer
deposition (E-ALD). Deposits were formed by repeated cycles of surface-limited redox …

The formation of submonolayers of palladium on well-defined Pt (100) electrodes is
described. It has been found that the adsorption of NO at open circuit and its further …

The effect of Cl− on the structure of Cu nanofilms deposited with electrochemical ALD, using
surface limited redox replacement (SLRR), is described. These investigations involved …

Using a modification of the Clavilier crystal preparation method, a series of palladium–
platinum (100) and (110) single crystal alloy electrodes have been prepared covering the …

The detailed understanding of various underlying processes at liquid/solid interfaces
requires the development of interface-sensitive and high-resolution experimental techniques …