Correct electrodynamic analysis chiral elements and metamaterials based on the integral representations electromagnetic field

Abstract

The foundations of the correct electrodynamic analysis of geometrically and physically chiral elements and metamaterials. As the main tool is proposed to use the integral representation of the electromagnetic field stranded wire structure. The mechanism accounting interelemental interaction realized through a generalized procedure of the Gauss - Seidel method. Results of numerical simulation for some chiral elements and metastructures.

Keywords

• метод гаусса - зейделя
• chirality metastructures metasreda
• integral representations of the electromagnetic field
• thin-wire approximation
• gauss - seidel method