Integral representations calculate electromagnetic fields in radiators with chiral metamaterial substrates, suggesting unique properties.
Integral representations of electric and magnetic fields have been obtained, which make it possible to calculate their longitudinal and transverse components both inside and outside a radiating structure with a chiral metamaterial substrate. The results of calculating the data of the components of the magnetic and electric fields are presented. It is also shown that this structure has gyrotropic properties, and depending on which elements the chiral substrate is made of, there is a different direction of rotation of the plane of polarization.
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Klyuev et al. (2025) studied this question.
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