Plane electromagnetic wave propagation of pulsed periodic field in conductive half-space

Abstract

Nowadays, application of pulsed periodic fields in various technological devices is of interest, in particular for the influencing on a conductive media. In this paper solution of the problem of the propagation of a plane electromagnetic wave of pulsed periodic field created by a planar inductor, in the conductive half-space is presented. The solution is obtained in the form of Fourier series as a function of a complex argument. The differential and integral characteristics of the “inductor-conductive half-space” system for different values of the inductor time constant are determined. A comparative analysis of the obtained results with the electromagnetic characteristics of plane sinusoidal electromagnetic wave propagation process in conductive half-space is made.