Kozar A. Electromagnetic phenomena in rezonant complex spatial systems of small magnetodielectric spheres

Object - electromagnetic phenomena in resonant complex spatial systems of resonant magnetodielectric (MD) spheres. The purpose - building of an analytical theory of interaction between electromagnetic field and resonant complex spatial systems of small resonant MD spheres. Methods - mathematical physics, numerical analysis. Results - creation of new mathematical models of resonant complex systems of small resonant MD spheres; creation of new mathematical models of resonant systems of small resonant MD spheres located in metallic rectangular waveguides and volumetric resonators; a method of building structure tensor functions of magnetic and electric types for description of electromagnetic interaction has been created for the first time. It is introduced - into development of software for carrying out computational studies of features of interaction between electromagnetic emission and various resonant sphere structures; into creation of new types of metamaterials and engineering devices. Sphere of application - new equipment development using new types of resonant crystalline metamaterials