Low-Dimensional
Hybrid Materials


The development of new materials is on the list of priorities in the development of science and technologies, as well as the list of breakthrough technologies of the Russian Federation. In recent years, the most actively developing area in the field of materials science is the study of properties of promising low-dimensional hybrid materials based on graphene to create high-performance electrochemical devices (supercapacitors) of the new generation.


Key Achievements
Modern analytical equipment is used to enable comprehensive analysis of chemical, physical, and technological properties of materials
A computing cluster of hybrid architecture with the performance of 27.5 TFlops, 2432 cores and the memory capacity of 4.88 TB was built at NSU. It allows to perform supercomputer simulation of heat and mass transfer processes in the study of various physical and chemical phenomena

Areas of Research
Low-Dimensional Hybrid Materials
The main objective in this field is to design catalytic materials and reactors for processing traditional and renewable organic raw materials in fuels and valuable chemical products with the purpose of expanding the resource base of chemical and petrochemical industries.
Catalytic Materials and Technologies for the Production of Valuable Chemical Products, Energy and Resource Saving
The main objectives in this field are to design catalytic materials and reactors for processing traditional and renewable organic raw materials in fuels and valuable chemical products, including for the purpose of expanding the resource base of the chemical and petrochemical industries. Significant attention will be paid to the development of new catalytic systems and technologies of selective oxidation and dehydrogenation of hydrocarbons, the problems of controlled synthesis of bimetallic and composite catalysts, problems in processing associated petroleum and natural gases, the problems of biofuels.

Publications in journals indexed in Scopus

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