Propagation of a plane electromagnetic wave through a cylindrical metamaterial of finite length in the molecular optics model | Izvestiya vuzov. Fizika. 2025. № 2. DOI: 10.17223/00213411/68/2/2

Propagation of a plane electromagnetic wave through a cylindrical metamaterial of finite length in the molecular optics model

The medium is composed of plane-parallel monolayers consisting of Huygens elements. A cylinder of a finite number of monolayers (i.e. finite length) is considered. Expressions are obtained for the reflected field, the field in the cylinder and behind the cylinder. Under certain conditions, such a medium can behave like an optical magnetic mirror, amplifying the radiation incident on it. The transformation of electromagnetic radiation by a Fresnel zone plate and radial and sectorial zone plates consisting of the one-monolayer thick electric dipoles is considered.

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Keywords

molecular optics, metamaterial, finite-length cylinder, rod, monolayer of dipoles, Huygens elements, optical magnetic mirror, radial and sectorial zone plates

Authors

Name	Organization	E-mail
Averbukh Bernard B.	Pacific State University	aviwork@rambler.ru
Averbukh Igor B.	Pacific State University	aviwork@rambler.ru

Всего: 2

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