Physical and mathematical modeling of electromagnetic fields in conducting half-space

In this work mathematical and physical modeling of the electromagnetic field generated by a linear asymmetric dipole in a conductive half-space was performed. Mathematical relationships of a distribution of potentials on the long shoulder of the dipole and at the boundary between conductive media and air were obtained and investigated numerically. By using the experimental setup, which is made by the authors experimental data were obtained. A qualitative agreement between mathematical and physical models was shown.