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Image-Potential States in Small Metal Particles

Abstract

Electron states near the surface of small metal particle caused by an image charge (image-potential states) have been investigated. The wave functions were calculated and the energy spectrum of these states was found depending on particle size. To estimate the influence of static magnetic field on the image-potential states the model problem, in which electron is localized on a surface of a sphere in uniform magnetic field was solved. In this case the field dependence of the energy levels represents a complex level crossing structure.

About the Authors

M. A. Fayzullin
Kazan State University
Russian Federation

420008, Kremlyovskaya 18, Kazan



V. A. Zhikharev
Kazan State Technological University
Russian Federation

420015, Karl Marks 68, Kazan



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For citations:


Fayzullin M.A., Zhikharev V.A. Image-Potential States in Small Metal Particles. Magnetic Resonance in Solids. 2007;9(2):1-5.

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ISSN 2072-5981 (Online)