This communication presents a differential dual-polarized filtering dielectric resonator
antenna (DRA). In this antenna, a four-leaf-clover-shaped dielectric resonator is excited with …

A conformal UWB Archimedean spiral antenna on a dielectric hemisphere is theoretically
and experimentally investigated. The analysis method, design, and optimization of this type …

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 …

In this study, the wave concept iterative process method is developed in a spherical
coordinate system in order to investigate the characteristic of multiple‐loop antennas around …

The last two decades have faced a significantly increased number of telecommunication
antennas emitting electromagnetic radiation in residential areas. The theoretical simulation …

A semi-analytical method is presented for the assessment of the induced electromagnetic
field inside a multilayer spherical head model exposed to radiation of an arbitrary source …

The surface integral equation is adopted to analyse the characteristics of the arbitrarily
arranged spherical conformal microstrip antenna array based on the moment method. The …

A hybrid technique was employed for the analysis of the resonance frequency of thin planar
and cylindrical microstrip structures with the patches of arbitrary geometry. The proposed …

Abstract Rigorous mathematical Method of Moments (MoMs) for analyzing various radiating
spherical structures is presented in this paper by using Dyadic Green's Functions (DGFs) in …