Abstract:
Scattering of electromagnetic waves from two dimensional cylindrical structures
composed of perfect electromagnetic conductor (PEMC) material has been studied.
Response of these two dimensional structures in terms of co-polarized and cross-
polarized scattered fields, scattering widths, and radiation power gain has been ob-
served. Scattering behavior of parallel PEMC circular cylinders, rectangular PEMC
strip, and strip grating in free space have been considered when they are illuminated by
an electromagnetic plane wave. Characteristics of a coated PEMC cylinder are found
in comparison to an uncoated one taking dispersion and dissipation of the coating layer
into account. Effects of many electromagnetic plane waves on a coated PEMC cylinder
has also been analyzed. The effects of the PEMC core has been noted on the direc-
tivity of the geometry containing a line source nearby a coated PEMC cylinder. Also
contribution to the the scattered field in free space due to a PEMC circular cylinder
buried inside the dielectric half space is found. Throughout discussion, the numerical
results are compared with the published literature under some special conditions and
are found in good agreement.
