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LABORATORY OF INORGANIC NANOMATERIALS

Doctor of physics and mathematics, chief researcher at the Scientific-Educational Center of SHS “MISIS-ISMAN”, head of the Inorganic Nanomaterials Research Laboratory, professor at the Department of Powder Metallurgy and Functional Coatings

Basic Information about the Laboratory:

The research is done in respect of nanotubes and boron nitride graphenes (BN), as well as composites therefrom (coatings, tapes, volume materials).

Activities of the Laboratory:

The laboratory was established in 2011 after NUST MISiS won the tender of megagrants held by the Ministry of Education and Science of the Russian Federation. The development of state-of-the-art technology and manufacturing process requires the generation of new materials with a unique combination of various properties and functional features — mechanical, thermal and electronic ones. The nanotube that constitutes a nanosized cylinder generated by the graphite-like layer of hexagonally structured carbons and its bidimensional analog — graphene are expected to become revolutionary materials of the 21st century capable of producing a breakthrough in the materials science.

The key activities of the laboratory are listed below:

synthesis of BN nanostructures ( multi-wall nanotubes, nanospheres, nanoplates and nanosheets) and coatings with the use of methods of high-temperature chemical deposition from the gaseous form;
functionalization of the BN nanostructure surface using the methods of chemical and plasmachemical treatment;
synthesis of hybrid nanoparticles BN/(Ag, Au, Al);
developing, obtaining and optimizing the structure of ultrastrong composites based on light metallic matrices and boron nitride nanostructures;
morphological and structural analysis of nano-, composite and hybrid materials using state-of-the-art analytical methods, such as: scanning and transmission electronic microscopy, atomic force microscopy, infrared spectroscopy, and Raman spectroscopy;
examining the mechanical features of nanomaterials and their composites with different transformations and temperatures;
development of new nanosystems based on boron nitride nanostructures to deliver anticancer agents, and
theoretical modelling of nanostructures, including the development of academic knowledge about non-carbon nanomaterials, primarily bidimensional ones, the search of new stable nanostructures, examination of the conditions of their stability, electronic and magnetic features, as well as the analysis of related heterostructures.