Modification of the Properties of Clathrate/Cavitate Complexes with Hierarchical Architecture at Their Synthesis in Crossed Electric and Light-Wave Fields

Abstract

A new technological approach is proposed for the synthesis of multilayered nanostructures, which provides them unique properties and extraordinary prospects of practical applications. In particular, the synthesis of the InSe⟨-⟨FeSO4⟩⟩ nanostructure with hierarchical architecture in crossed electric and light-wave fields is shown to result in the abnormally strong positive magnetoresistance effect with giant magnetoresistance oscillations in a low-frequency interval of 10 −3-10 Hz. The efficiency of applying the synthesized nanohybrid as an active element in gyrator-free delay nanolines controlled by the magnetic field and in magnetic-field sensors that are supersensitive at room temperatures is substantiated.

Giant magnetoresistance effect in InSe<β-CD<FeSO4>> clathrate

“…The supramolecular ensemble of sub-hosts host guest -InSe β-CD FeSO 4 with magnetic components was successfully synthesized for the first time in our laboratory [8,9]. In the cited work, the authors analyzed in detail the conductive and polarization properties of the investigated clathrate.…”

“…Frequency dependencies of the real component of the specific complex impedance in InSe β-CD FeSO 4 clathrate synthesized under the electric field with simultaneous illumination. The dependencies were measured in dark (1) and in a magnetic field (2)[8].…”