Scattering of electromagnetic waves by a perfectly conducting body with a chiral coating

Calculation of the Electromagnetic Field of a Rectangular Waveguide With Chiral Medium

“…A variant of the discrete source method is proposed for solving the problem of electromagnetic scattering on a three-dimensional homogeneous chiral body bounded by a smooth surface of an arbitrary shape [15]. In [16], this version was generalized to the case of a structure that was an ideally conducting body covered by a homogeneous chiral shell.…”

Scattering of electromagnetic waves by a chiral cylinder

“…As an example, the authors of [3] analyze a chiral sphere and a chiral rotation ellipsoid. Diffraction of a plane electromagnetic wave by a three-dimensional, perfectly conducting scatterer of arbitrary shape in a chiral coating is also considered in [4] using a similar procedure. An efficient recursive algorithm for the problem of scattering by a multilayer chiral cylinder, which is based on the eigenfunctions techique, is employed in [8].…”

“…A specific class of electrodynamic problems related to diffraction of electromagnetic waves by chiral bodies of rotation [1][2][3][4] are of great practical interest. This interest is due to the fact that artificial chiral media in the microwave range are promising for the creation of nonreflecting coatings.…”

Arbitrary shaped beam scattering from a chiral-coated conducting object with arbitrary monochromatic illumination

“…Dmitrenko et al . proposed a numerical method of discrete sources to calculate the scattered fields by a conducting body with a homogeneous chiral coating 13 . Recently, we have developed an approach for computing arbitrary shaped beam scattering from a chiral object by combining the field expansions in terms of the spherical VWFs and the MoM scheme 14 .…”