Zenneck surface oscillations in the sphere dielectric resonator immersed in high lossy liquid

The aim of the present paper is the theoretical study and experimental detection of the surface Zenneck oscillations in the resonance structure in the conditions similar to surface wave propagation over sea surface. As the most suitable object for that, we chose a quasi-optical dielectric ball resonator (DBR) of millimeter wave band immersed into liquid. The DBR goes up for that purpose, since its geometry allows getting exact solution of electrodynamics problem.