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Observation of the V2O5(001) surface using ambient atomic force microscopy
Authors:Antonio Da Costa   Christian Mathieu   Yolande Barbaux   Hilde Poelman   Gisele Dalmai-Vennik  Lucien Fiermans
Affiliation:

a LPCIA, URA CNRS 402, Université d' Artois, Lens, SP18, France

b Department of Solid State Sciences, Surface Physics Division, University of Ghent, Ghent, Belgium

Abstract:Constant force images of the V2O5(001) surface were recorded in ambient conditions with atomic force microscopy. All images exhibit the 11.5 Å × 3.5 Å. periodicity expected for a bulk terminated surface. However, images reveal differences from the ideal structure. The experimental results are interpreted in terms of preferential adsorption sites for water molecules. Because these sites are thought to influence the catalytic properties of the surface, their characterization is an important step towards understanding how the atomic-scale structure of a surface influences its properties.
Keywords:Atomic force microscopy   Morphology   Single crystal surface   Surface structure   Vanadium oxide   Water adsorption
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