A numerically efficient technique is developed to obtain the spatial-domain closed-form
Green's functions of the electric and magnetic fields due to z-and/spl phi/-oriented electric …

The need for omnidirectional (in the azimuth plane) antennas with narrow beams in the
elevation plane, for wireless applications has increased considerably. The antennas are …

In this paper, we present a method of moments (MoM) program to analyze different
configurations of arrays of cylindrical-rectangular patches. The patches can be located …

Textile patch antennas are well known as basic components for wearable systems that allow
communication between a human body and the external world. Due to their flexibility, textile …

The use of dyadic Green's functions and the moment method is explored for the solution of
microstrip antenna problems on circular cylindrical substrates. The dyadic Green's functions …

An efficient and accurate hybrid method, based on the combination of the method of
moments (MoM) with a special Green's function in the space domain is presented to analyze …

The complex resonant frequencies of the cylindrical-rectangular microstrip structure loaded
with a dielectric superstrate layer is studied using a rigorous full-wave analysis, and the …

An efficient method to evaluate the surface fields excited on an electrically large dielectric-
coated circular cylinder is presented. The efficiency of the method results from the …

An efficient and accurate closed-form solution, based on the spectral-domain method of
moments (MoM), is presented to analyze the characteristics of cylindrically conformal …

A set of new formulations derived from the cavity model (CM) that significantly improve the
design of cylindrical single probe-fed circularly polarized rectangular microstrip antennas …