engleski

Frequency Domain Modeling of a Dipole Antenna Buried in Lossy Half-Space Pocklington equation versus Hallén equation revisited: 80th Anniversary of the Hallén Integral Equation

The paper reviews the frequency domain modeling of buried dipole antenna using both the Pocklington integro-differential equation and Hallén integral equation formulation. The details pertaining to the numerical solution procedures are outlined as, well. Some strengths and weaknesses of both approaches are presented. A typical computational example for the current distribution induced along the dipole embedded in a lossy ground illustrating both methods is given, as well.

Component ; dipole antenna buried in a lossy halfspace ; pocklington integro-differential equation ; hallén integral equation ; numerical solution procedures ; current distribution

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