SURFACE IMPEDANCES OF A FLAT LAYER OF A MEDIUM WITH A MIRROR-SYMMETRIC DIELECTRIC RESPONSE FUNCTION

The electromagnetic field of a plane monochromatic wave inside a flat layer of a uniform medium possessing a spatial dispersion and having a mirror-symmetric dielectric response function is considered. The method of Fourier series decomposition is used to evaluate the surface impedance of the layer...

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Bibliographic Details
Main Author: Зверев Николай Витальевич
Format: Article
Language:Russian
Published: Moscow Region State University Editorial Office 2018-04-01
Series:Вестник московского государственного областного университета. Серия: Физика-математика
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Online Access:http://vestnik-mgou.ru/Articles/View/11892
Description
Summary:The electromagnetic field of a plane monochromatic wave inside a flat layer of a uniform medium possessing a spatial dispersion and having a mirror-symmetric dielectric response function is considered. The method of Fourier series decomposition is used to evaluate the surface impedance of the layer in the cases of P- and S-waves. The obtained equations for the surface impedances coincide with those from works of Kliewer and Fuchs for a flat layer of electron plasma and describe correctly the surface impedances of a flat layer of a medium without spatial dispersion.
ISSN:2310-7251