The circular waveguide is occasionally used as an alternative to the rectangular waveguide.
Like other waveguides constructed from a single, enclosed conductor, the circular …

In this manuscript, numerical investigations at the chiroplasma-metal planar interface have
been performed to explore some features of surface plasmon polaritons (SPPs). Based on …

In this approach, we study the behavior of a chiral material in terms of the propagation of
guided wave. In this study, we are particularly interested by the field distribution in a …

Duality transformations are of key importance in the study of Tellegen (ie, achiral and
nonreciprocal biisotropic) media: they often can reduce electromagnetic problems with both …

Theoretical analysis of the electromagnetic wave propagation in circular waveguides with a
chiroplasma core and a cladding region filled with an anisotropic plasma medium is …

Nous présentons ici une méthode basée sur le calcul d'opérateurs longitudinaux et
transverses. Ce papier se concentre sur le problème intéressant des ondes …

Using a building block approach which combines a transverse resonance method with a
mode-matching technique, a rigorous analysis of a lossless bi-isotropic H-guide is …

Novel electromagnetic features of complex media–namely in the microwave and millimeter-
wave regimes–have attracted, in recent years, basic and applied research activities in …

In this paper we present a theoretical study of the plane waves in chiral media. The ability of
a shielding enclosure is characterized by its shielding effectiveness. We are particularly …

In this study, We are particularly interested in designing and analyzing chiral devices to
quantify their shielding effectiveness as a function of frequency. The typical materials used …