Fundamental limits on antenna performances are of key interest to the antenna designer, as
they allow fast assessment of the feasibility of specific antenna requirements. These limits …

The Wireless Body Area Network (WBAN) has become an important part of the wireless
communication world in the past decade leading to the need for efficient antennas for In-, On …

In this work, the electromagnetic scattering in general rotationally symmetric
inhomogeneous anisotropic spheres is investigated. A rigorous full-wave solution is …

The dyadic Green's function (DGF) method is an attractive approach for the calculation of
electromagnetic scattering in spherically symmetric layered geometry. We investigate a …

In this work, the Green's function for a dipole in a stratified uniaxial anisotropic spherical
configuration is evaluated, with the dipole in the anisotropic layer. The particular part of the …

The resonance and radiation characteristics of a spherical microstrip with its circular metallic
patch located inside a coating, possessing an arbitrary number of layers, are investigated …

Rigorous mathematical method of moments (MoM) for analyzing spherical microstrip
aperture-coupled antennas is presented in this paper by using dyadic Green's functions …

This communication offers a rigorous analysis of the resonance frequency problem of a
spherical microstrip structure mounted on a multilayer, dielectric-coated metallic sphere, with …

An efficient procedure for computing Green's function for an arbitrary directed magnetic point
source radiating inside a spherically stratified media is presented. The singularity related to …

In this paper, the volume integral equation (VIE) is employed to rigorously formulate the
electromagnetic theory inside spherical metallic cavities loaded by highly multilayered …