Titlebook: Dynamics of Gas-Surface Interactions; Atomic-level Underst Ricardo Díez Mui?o,Heriberto Fabio Busnengo Book 2013 Springer-Verlag Berlin Hei

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Dalia Ben-Galim,Richenda Gamblesctive scattering, and in particular, the dissociative chemisorption of H. and CH. on metal surfaces, Eley-Rideal processes, and the reactions of H atoms with graphite. The nature of the gas-phonon coupling is discussed, and both classical and quantum approaches are considered.

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Potential Energy Surfaces for the Dynamics of Elementary Gas-Surface Processes,mentary gas-surface processes, is presented. Analytical fitting schemes (e.g., periodic LEPS, reactive bond-order,…) as well as numerical interpolation schemes (e.g., corrugation reducing procedure, neural networks,…) are summarized and discussed.

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Thermal Energy Atomic and Molecular Beam Diffraction from Solid Surfaces,summarize recent H. diffraction experiments and calculations based on ab initio determined six–dimensional PESs performed on several single–crystal metal surfaces. The general trends observed in experiment are discussed, as well as the validity of the approximations usually employed in the calculations.

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Meager

Dynamics of H2 Interacting with Substitutional Bimetallic Surface Alloys,ounts of Pd on Cu(111) and Cu on W(100). Reactive dissociative adsorption probabilities as a function of the molecular impact energy as well as the angular distribution of unreactive scattered molecules are analyzed and connected with the most relevant mechanisms observed: direct and dynamic trapping.

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REP

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The Effects of Lattice Motion on Gas-Surface Reactions,ctive scattering, and in particular, the dissociative chemisorption of H. and CH. on metal surfaces, Eley-Rideal processes, and the reactions of H atoms with graphite. The nature of the gas-phonon coupling is discussed, and both classical and quantum approaches are considered.

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ey are therefore employed for state resolved studies of the adsorption dynamics and of chemical reactions. Most recent developments regard the possibility to select the adsorption state as well as to affect chemical reactions by the rotational alignment of the reactants and to improve the quality of