A new technological approach to the synthesis of multi-layer nanostructures is suggested; it enables us to ensure them unique properties and extraordinary possibilities of their practical application. In particular, it is shown that the synthesis of nanostructures of GaSe⟨β-cyclodextrin⟨FeSO4⟩⟩ hierarchy architecture in superposed electric and light-wave fields causes especially strong changes in their magnetic impedance response. In this case, the impedance response of the synthesized clathrate takes inductive character in the frequency range of 10−3–105 Hz. The relationship between the impedance behaviour of such hierarchical structures and frequency fractionality is investigated on the basis of Cettano equations. The prospect of application of the synthesized nanohybrids for active elements of gyrator-free nanolines of delay, for super-sensitive capacitance sensors of magnetic field and of light-wave field, and for quantum batteries at room temperature is shown.

A microwave-intercalation modication of natural graphite which ensures its eective use as a cathode material of Li-based sources of electric current is developed. Interconnection between the parameters of modication and thermodynamic and kinetic behavior of Li-intercalation electric current generation is established. On the basis of the obtained data from impedance spectroscopy, X-ray diractometry analysis, and spectroscopy of the Raman scattering of light, the mechanism of the observed phenomena is suggested.

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