Abstract
AbstractThe present chapter is devoted to the study of microstrip antennas (MSA) based on chiral metamaterials. The method of electrodynamic analysis of similar antennas with chiral substrates is considered, ensuring high accuracy of calculations and at the same time being less exacting to computational resources in comparison with known complexes of electrodynamic modeling. A mathematical model of MSA with a biisotropic chiral substrate is shown on the basis of the mathematical apparatus of singular integral equations (SIE), whose numerical solution belongs to the class of well-posed mathematical problems. The results of calculation of the impedance, directional and polarization characteristics of MSA with chiral substrates are presented. The problem of diffraction of a plane electromagnetic wave of linear polarization on a re-radiating structure based on a chiral metamaterial is considered.
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