Radiation from wire antennas attached to bodies of revolution: The junction problem

Multiport network description and radiation characteristics of coupled dielectric resonator antennas

“…These currents can then be used to determine the radiation characteristics of the antenna in region . Available in the literature are expressions for the elements of and [6], as well as [18]. The most direct way to obtain the multiport network description of the antenna array from the MoM model is to determine the short-circuit multiport admittance matrix .…”

Efficient analysis of L‐probe coupled patch antenna arrays mounted on a finite conducting cylinder

“…This mode consists of two parts: the wire monopole and the disk monopole. It was shown that the result is stable if the outer radius b is chosen between 0.1 and 0.25 [8].…”

Analysis of a Wire in the Presence of an Open Body of Revolution

“…The coupling between a wire antenna and general bodies of revolution has been treated by several investigators [1][2][3][4][5][6][7][8][9][10]. Glisson and Butler [1] have analyzed an arbitrarily-oriented, thin-wire antenna located near a BOR, but not attached to it, by a method incorporating a numerical Green s function.…”

“…Newman and Pozar [2] used the sinusoidal reaction method to solve the integral equation for the current on composite wire and surface structures. Shaeffer and Medgyesi-Mitschang [3,4] have investigated a thin wire attached to a BOR by introducing a special junction basis function. Richmond [5] treated a thin wire attached to a circular disk, and Perez-Leal and Catedra have determined the input impedance of a thin wire attached on-axis to a conducting BOR and fed at the attachment point [6].…”