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Information × Registration Number 0203U008084, 0100U003329 , R & D reports Title Scattering and Propagation of Electromagnetic Waves in Composite Structures popup.stage_title Head Kazanskij V., Registration Date 22-04-2003 Organization Kharkov National University named after V.N.Karazin popup.description2 A physical forming process of electromagnetic fields in piece-wise inhomogeneous isotropic or anisotropic domains, which have periodically situated magnitodielectric and conducting inclusions. The Aim of this work was development of mathematical models of selective systems on base of regularly located in anisotropic medium magnitodielectric inclusions with small wave dimensions and limited periodic sequence of semitransparent screens; construction and physical analysis of analytical solution of wave scattering on named above structures; determination as new functional possibilities, as their optimal compositions, geometrical and material parameters, which provide high level of device performances. The mathematical models of selective systems on base of located regularly in anisotropic medium magnitodielectrical inclusions with small wave dimensions and limited periodic sequence of semitransparent screens; physical analysis of analytic solution of electromagneticwaves scattering problems on considered structures; definition as new functional possibilities as their optimal compositions, geometrical and material parameters, which provide high level of operational characteristics; multiparametrical dependence opened of scattered fields is a physical base for creation of new systems with unique functional possibilities; an electrodynamic theory of new class of composite materials, which are anisotropical magnitodielectrical medium with regular spatial or planar conducting grates or anisotropical inclusions has been developed; solution of diffraction problem of low-frequency waves on unique body of regular shape in anisotropic medium has been obtained; effective parameters of composite material with double anisotropic have been obtained Product Description popup.authors popup.nrat_date 2020-04-02 Close