Electromagnetic Field of a Magnetic Strip on a Finite Cone

Abstract

A symmetric electromagnetic field of a magnetic strip located on a finite conductive cone is investigated. The dependences between the strip field patterns and magnetic current distribution are determined, the influence of cone’s edge on diffraction properties of such a radiating system is studied. Normalized magnetic strips and field patterns of real through-slots located on an infinite cone are compared, the applicability of magnetic strips in field modelling is justified. The semi-inversion method has been used in problem solving.