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The development of low-temperature CO oxidation catalysts

The development of low-temperature CO oxidation catalysts

The development of new catalysts for the oxidation of carbon monoxide at room temperature for cleaning the air in residential and industrial buildings and for special facilities.
Making multi-layer materials based on vanadium alloys and corrosion-resistant steel.

Obtaining nanostructured materials by using spray pyrolysis and studing properties of materials

Possibility to obtain different metals oxides, metals and their compositions by spray pyrolysis method. Method allows to control structure characteristics of material. It doesn’t need expensive and cumbersome equipment.

Development and research of thermoelectric materials based on bismuth telluride alloys, SiGe, Heusler alloys

Preparation of new nanostructured materials for high-performance, ecologically safe thermoelectric equipment and systems.
Shape Memory Alloys (“SMAs”)
Creating a high-performance photovoltaic cells for space applications
Highly biocompatible superelastic titanium alloys for bone implants
Optical, acoustic single crystals, stock on their base of the elements of acoustic-, opto-, micro-and nanoelectronics
New classes of ceramic and metal-ceramic materials Dispersion-strengthened and dispersion-hardened alloys

New classes of ceramic and metal-ceramic materials Dispersion-strengthened and dispersion-hardened alloys

Two types of bulk structural materials dispersionstrengthened with nanoparticles, which exhibit the effect of simultaneous nanoparticle strengthening of carbide grains and the metal matrix, have been designed

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