Synthesis of ferromagnetic oxides as fillers for radiomaterials

Abstract

The features of thermochemical synthesis by reduction of the conductive compound NiCo₂O₄ in a technical carbon medium from a mixture of nickel and cobalt hydroxides are discussed. The electrophysical properties of the resulting materials are presented, along with prospects for using such dispersed transition metal oxides as fillers in composite radiomaterials. These composites are distinguished by acceptable electromagnetic properties, sensitivity to electromagnetic fields, wide frequency range, and tolerance to high levels of input intensity.