Abstract
Layered structures fabricated from thin ferromagnetic films (including structured ones) are proposed as bulk materials with high values of microwave permeability. Experimental data on microwave properties of such structures based on monolayer and multilayer nitrogen-doped iron films are presented. The influence of the skin effect, magnetostriction, and other physical phenomena on the microwave properties of such materials is discussed. The problem of the limiting values of permeability in the microwave band is considered in detail. Possible applications of such materials as radio-wave absorbing coatings and substrates for miniature stripline antennas are analyzed.
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