Field generated by an anisotropic conducting plane in a half-space with chiral properties.

Autor: Goshin, G., Zamaraeva, V., Lugina, N.
Zdroj: Russian Physics Journal; 1994, Vol. 37 Issue 9, p827-830, 4p
Abstrakt: This article inaugurates theoretical studies on a new class of composite structures that are a combination of anisotropically conducting surfaces and media possessing chiral properties. To test the mathematics, we solved the simplest model of the problem in which an in-phase electric current filament excites a plane formed by a layer of straight conductors at the interface of two isotropic media, one of which is chiral. The solution is given as a Fourier integral. As shown by analysis, one retarded wave of a discrete spectrum and three waves of a continuous spectrum are excited in the given structure. The first one exists only because of the anisotropically conducting plane and does not exist without it, while the latter three are associated with plane waves of corresponding homogeneous media, magnetodielectric and chiral. [ABSTRACT FROM AUTHOR]
Databáze: Complementary Index
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