Interfacial Electrochemistry: Theory: Experiment, and Applications

Theory and modelling: theoretical modelling of the solid-liquid interface - chemically specific simulation methods theory of the metal-electrolyte interface structure of water at the water-metal interface - molecular dynamics computer simulations Monte Carlo methods for equilibrium and nonequilibrium problems in interfacial electrochemistry electronic structure calculations of polyatomic oxyanions adsorbed on metal surfaces. electrochemical surface science: electro-chemical processes involving H adsorbed at metal electrode surfaces reconstruction of gold surfaces in situ surface X-ray scattering studies of electrosorption atomic-scale aspects of anodic dissolution of metals - studies by in situ scanning funnelling microscopy Auger spectroscopy of electrode surfaces. Nonmetallic and semiconductor electrodes: electrochemical properties of carbon surfaces bulk and surface states of reactive oxide films - an extended semiconductor model with Ti, Ni, and Fe as examples solid-state voltammetry conducting polymer films as electrodes photoelectrochemistry of nanostructured semiconductors - the case of anatase TiO2. Electrocatalysis: interfacial electrochemistry of conductive oxides for electrocatalysis kinetic modelling of electrocatalytic reactions - methanol oxidation on platinum electrodes properties of bimetallic electrodes - spectroscopic characterization and electrocatalysis electrocatalysis as well-defined surfaces - kinetics of oxygen reduction and hydrogen oxidation/evolution on Pr(hkl) electrodes mechanism of methanol electro-oxidation. (Part contents).