The problem considered is a horizontal electric dipole which is located above or below the plane surface of a conducting half-space. Expressions for the fields are obtained using three different approaches. The formulas developed are quite simple and, taken together, the whole range of distances from the far-zone to the near-zone is adequately covered
A new technique for calculation of a diffracted field excited by a half-wave dipole on the edges of ...
The feasibility of locating a buried vertical magnetic dipole source (horizontal loop) from surface ...
This work is about a horizontal electrically small wire antenna located underground, which transmits...
This report gives a thorough and complete account of the mathematical problems involved in the deter...
This report, Part II, constitutes the culmination of a research study which was described initially ...
The electromagnetic field produced by a vertical oscillating magnetic dipole above a plane conductin...
Abstract—In this paper, we study in detail the electromagnetic field excited by a horizontal electri...
The aim of this project is to compute, as accurately as possible, the electric field – with the diff...
Electric fields from horizontal electric dipole situated above layered lunar half spac
The electromagnetic modeling of radiation by vertical dipole antennas above a lossy half-space has b...
The electromagnetic modeling of radiation by vertical dipole antennas above a lossy half-space has b...
[1] The electromagnetic field in the air generated by a dipole source over an electrically spherical...
A method, other than the classical one making use of the Hertz vector, is given for a more rapid sol...
Using a method due to Bromwich the diffraction of a dipole field by a perfectly conducting half-plan...
Abstract—In this paper, the explicit formulas are derived for the six components of the electromagne...
A new technique for calculation of a diffracted field excited by a half-wave dipole on the edges of ...
The feasibility of locating a buried vertical magnetic dipole source (horizontal loop) from surface ...
This work is about a horizontal electrically small wire antenna located underground, which transmits...
This report gives a thorough and complete account of the mathematical problems involved in the deter...
This report, Part II, constitutes the culmination of a research study which was described initially ...
The electromagnetic field produced by a vertical oscillating magnetic dipole above a plane conductin...
Abstract—In this paper, we study in detail the electromagnetic field excited by a horizontal electri...
The aim of this project is to compute, as accurately as possible, the electric field – with the diff...
Electric fields from horizontal electric dipole situated above layered lunar half spac
The electromagnetic modeling of radiation by vertical dipole antennas above a lossy half-space has b...
The electromagnetic modeling of radiation by vertical dipole antennas above a lossy half-space has b...
[1] The electromagnetic field in the air generated by a dipole source over an electrically spherical...
A method, other than the classical one making use of the Hertz vector, is given for a more rapid sol...
Using a method due to Bromwich the diffraction of a dipole field by a perfectly conducting half-plan...
Abstract—In this paper, the explicit formulas are derived for the six components of the electromagne...
A new technique for calculation of a diffracted field excited by a half-wave dipole on the edges of ...
The feasibility of locating a buried vertical magnetic dipole source (horizontal loop) from surface ...
This work is about a horizontal electrically small wire antenna located underground, which transmits...