Possibilities of nonlinear parametric zonal systems application on the base of passive magnetophotonic structures at low temperatures

In this paper the possibilities of passive magnetophotonic nanostructures application in low-temperature conditions of Arctic and Antarctic regions, near cosmic space and physics of high energies conditions are considered. Carried out examinations have shown that, in dependence on used magnetic materials, their crystallo-graphic structure, topology of arrangement (1D or 2D), technology of using, concentration and distribution inside crystal structure and many other factors, is possibly to create such ferromagnetic structure that is able to function successfully at low temperatures and influence of ionized radiation. Such climatic conditions are peculiar to Arctic and Antarctic regions, temperature circumstances of near cosmic space and to operating conditions in the physics of high energies. Passive magnetooptical structures are intended for the work in extremal conditions.