Abstract
The results of studying the features of the formation of the spinel structure in the CoO‒Fe 2 O 3 system obtained using various technological techniques are presented. The possibility of the formation of cobalt (II) ferrite on the surface of a number of carriers is considered. It is shown that, depending on the structural characteristics of the substrate, the formed cobalt (II) ferrite has different dispersion and degree of reversibility. Increased catalytic activity in the process of purification of an aqueous solution from an organic dye during the destruction of hydrogen peroxide of synthesized materials with an organic carrier has been established.
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