RT Journal Article ID 55bbb6e71c9b2b85 A1 Balaban, M. V. A1 Nosich, Alexander I. T1 RADIATION OF COMPLEX ELECTRIC AND MAGNETIC DIPOLES IN THE PRESENCE OF A PERFECTLY CONDUCTING DISK JF Telecommunications and Radio Engineering JO TRE YR 2013 FD 2013-04-19 VO 72 IS 10 SP 841 OP 852 K1 diffraction by a thin perfectly conducting disk K1 paired integral equations K1 analytical regularization K1 complex source AB The paper presents an efficient hybrid numerical-analytical scheme for solving the problem of diffraction of the electromagnetic field from specified sources by an infinitely thin perfectly conducting disk. The technique is based on the method of analytical regularization which is applied to determining solutions of coupled paired equations appearing in the course of solving the problem under consideration. The complex electric and magnetic dipoles located on the disk axis and complex Huygens elements are used in the capacity of the specified sources. The directional pattern and the radiation power for the sources under consideration in the presence of the perfectly conducting disk are analyzed in dependence on the disk radius and separation from the source. PB Begell House LK https://www.dl.begellhouse.com/journals/0632a9d54950b268,2ba1984a589d0d38,55bbb6e71c9b2b85.html