Modeling the spatial energy distribution in the irradiated dielectric in its circular motion in an electromagnetic field

The distribution of energy deposition in the dielectric layer, moving by circular paths within the electrodynamic system constructed of the plurality of parallel groove waveguides (GW) is investigated. The main simplified engineering models for calculating the microwave electromagnetic field distribution and energy losses in such systems are created. The calculations fulfilled for the case of dielectric objects, crossing the single groove waveguide showed the principle ability to realize rather homogeneous interaction of microwave energy with dielectric material, moving through such a system. The received basic relations are necessary for further rigorous simulation of the processes in the system of the loaded dielectric GW.