This paper treats the problem of determining the current distribution on the surface of a perfectly conducting sphere when driven by a dipole antenna erected on its surface. Curves of the real and imaginary parts of the surface currents are given for the case of a half‐wave dipole and various radii of the sphere
Abstract—A problem of the spherical antenna consisting of a thin radial monopole located on a perfec...
This report consists of a series of reports, reprints and preprints that in themselves constitute a ...
A complete unified discussion of the electromagnetic response of a plane stratified structure is rep...
17 USC 105 interim-entered record; under review.The article of record as published may be found at h...
A high-frequency asymptotic solution based on the Uniform Geometrical Theory of Diffraction (UTD) is...
The feasibility of locating a buried vertical magnetic dipole source (horizontal loop) from surface ...
Because on flat surfaces the electric currents are confined to two dimensions, a simple vector poten...
In this paper an analytical expression is derived for the mutual impedance between concentric curved...
A cylindrical dipole antenna is numerically analyzed by the moment method. The surface of the antenn...
In this work an analytical expression is determined for the input impedance of a curved concentric d...
Using some previous study of the radiation of an antenna over a perfectly conducting sphere, various...
The solution composed with a respect to longitudinal components of distribution of electric and magn...
Using the method of steepest descents the far field and the asymptotic form of the current distribut...
This letter presents a novel approach to simulate materials with arbitrary properties, in particular...
Expressions are derived for the surface current induced by vertical and horizontal dipoles on a near...
Abstract—A problem of the spherical antenna consisting of a thin radial monopole located on a perfec...
This report consists of a series of reports, reprints and preprints that in themselves constitute a ...
A complete unified discussion of the electromagnetic response of a plane stratified structure is rep...
17 USC 105 interim-entered record; under review.The article of record as published may be found at h...
A high-frequency asymptotic solution based on the Uniform Geometrical Theory of Diffraction (UTD) is...
The feasibility of locating a buried vertical magnetic dipole source (horizontal loop) from surface ...
Because on flat surfaces the electric currents are confined to two dimensions, a simple vector poten...
In this paper an analytical expression is derived for the mutual impedance between concentric curved...
A cylindrical dipole antenna is numerically analyzed by the moment method. The surface of the antenn...
In this work an analytical expression is determined for the input impedance of a curved concentric d...
Using some previous study of the radiation of an antenna over a perfectly conducting sphere, various...
The solution composed with a respect to longitudinal components of distribution of electric and magn...
Using the method of steepest descents the far field and the asymptotic form of the current distribut...
This letter presents a novel approach to simulate materials with arbitrary properties, in particular...
Expressions are derived for the surface current induced by vertical and horizontal dipoles on a near...
Abstract—A problem of the spherical antenna consisting of a thin radial monopole located on a perfec...
This report consists of a series of reports, reprints and preprints that in themselves constitute a ...
A complete unified discussion of the electromagnetic response of a plane stratified structure is rep...