Properties modification of clathrate/kavitand systems InSe and GaSe at their synthesis in magnetic field

Abstract

In this paper, new technological approach to the synthesis of multi layered nanostructures was proposed. It increased sensory properties of these nanostructures and used for highly efficient nonel ectrochemical accumulation of electrical energy. It was shown, that the synthesis of InSe<CS(NH2)2> nanostructures in the constant magnetic field led to changes in magnetoresistive effect from negative to positive. For nanostructure GaSe<CS(NH2)2>, synthesized in a constant magnetic field, the inductive response and dielectric permittivity increased by more than two orders of magnitude. Also for this nanostructure huge magnetic capacitive effect was registered. Synthesis of GaSe<CS(NH2)2> nanostructure in constant magnetic field provided the combination (in the infra low frequency range) of loss tangent value (less then 1) with ultrahigh dielectric constant. This combination was promising for the accumulation of electrical energy on the quantum level.