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The concept of mineralogical geomaterial science by Academician N. P. Yushkin is gaining a new level of development today. The study of natural crystalline substances, including titanium minerals, allows identifying the features of conditions for their formation and the formation of physical and chemical properties, to evaluate the potential for their use in the industry [12, 25]. The industry of nanosystems, technologies of production and diagnosing nanodevices and nanomaterials are included in the list of critical technologies and priority directions for the development of science, technology and technics in the Russian Federation. When the size of structural elements decreases from 10–3 to 10–9 m, the derivatives with respect to natural minerals can exhibit unique optical, electrical, magnetic, catalytic and other properties [10, 11, 15]. Nanostructured systems, based on monodisperse magnetic nanoparticles/nanocrystals, are promising as high-density data storage systems. A great contribution to the fundamental foundations of the processes of formation of nanostructured composite materials of natural and model synthetic mixtures was made by Prof. B. Goldin and co-authors [5, 6]. The greatest attention of researchers is attracted by titanium-containing concentrates of natural raw and its synthetic model analogues, as well as products of ÓÄÊ 549.08:550.835.8

Titanium minerals as prototypes of functional materials with pronounced electromagnetic properties