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Please use this identifier to cite or link to this item: http://hdl.handle.net/10261/12258
Title: Quantum trajectories in atom–surface scattering with single adsorbates: The role of quantum vortices
Authors: Sanz, Ángel S.; Borondo, Florentino; Miret-Artés, Salvador
Keywords: Particle diffraction by deffects
Quantum vorticality
Quantum trajectories
Bohmian Mechanics
Surface Physics
Foundations of Quantum Mechanics
deBroglie-Bohm Theory
Quantum Hydrodynamics
Issue Date: 8-Apr-2004
Publisher: American Institute of Physics
Citation: Journal of Chemical Physics 120, 8794 (2004)
Abstract: In this work, a full quantum study of the scattering of He atoms off single CO molecules, adsorbed onto the Pt(111) surface, is presented within the formalism of quantum trajectories provided by Bohmian mechanics. By means of this theory, it is shown that the underlying dynamics is strongly dominated by the existence of a transient vortitial trapping with measurable effects on the whole diffraction pattern. This kind of trapping emphasizes the key role played by quantum vortices in this scattering. Moreover, an analysis of the surface rainbow effect caused by the local corrugation that the CO molecule induces on the surface, and its manifestation in the corresponding intensity pattern, is also presented and discussed.
Description: 13 pages, 15 figures
Publisher version (URL): http://link.aip.org/link/?JCPSA6/120/8794/1
URI: http://hdl.handle.net/10261/12258
DOI: 10.1063/1.1683136
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