A novel implementation of the Debye dispersive model with the recursive integration (RI)
approach is proposed for the finite-difference time-domain (FDTD) method simulation. The …

This paper presents a theoretical study of evanescent and propagating electromagnetic
waves in bi-isotropic layers. The dispersion relation, guided mode condition, and …

A multiresolution in time domain method is used to model the propagation of transient
signals through dispersive chiral media. The modeling of these media requires the …

En este trabajo se presentan los últimos avances en el diseño y fabricación de materiales
de comportamiento quiral en el rango de frecuencias de microondas. También se exponen …

In today's scenario higher integration and smaller layout size are the two major trends in RF
and Microwave industry, lead to more prominent role in electromagnetic high order effects …

As part of the present wave of interest in electromagnetic propagation in complex materials
(left-handed, chiral, nonreciprocal, nonlinear, etc.), a special mention may be made to bi-iso …

Решены задачи об отражении нормально падающей плоской циркулярно
поляризованной электромагнитной волны от биизотропного слоя на отражающей …

Higher integration and smaller layout size, two major trends in today's RF/microwave
industry, lead to more prominent electromagnetic high order effects. In this paper, the …

Wave propagation in general bi-isotropic (BI) material is presented in this paper. Starting
from the general Maxwell's equations in vector form, vector decomposition of the fields into …

Higher integration and smaller layout size, two major trends in today's RF/microwave
industry, lead to more prominent electromagnetic high order effects. In this paper, the …