In 1974 he graduated from the Belarusian State University with a degree in physics.
Since 1972, as a 3rd year student, he began working at the Powder Metallurgy Research Institute, where he was assigned in 1974 as an engineer. Finished work in the powder metallurgy association transformed from the institute in 2001 as a head. laboratories. From 2001 to 2011 - Leading Researcher at the Institute of General and Inorganic Chemistry of the National Academy of Sciences of Belarus. Since 2011, associate professor, and then professor of the Department of TiMP BNTU.
1996 - candidate of technical sciences in the following specialties:
05.16.06 - powder metallurgy and composite materials
05.16.01 - metallurgy and heat treatment of metals and alloys
2017 - Doctor of Technical Sciences, specializing in powder metallurgy and composite materials
SCIENTIFIC AND PEDAGOGICAL ACTIVITIES
- area of scientific interests: formation of structures of multilayer porous materials based on powders of silicates and aluminosilicates with a chemically modified pore surface. Development of technological principles for the creation of composite materials for the manufacture of heat-resistant ceramic matrices with a hydrophobic nature of the surface. Development of filter compositions with gradient pore distribution. Creation of compositions based on oligomeric metal phosphates to improve the mechanical, anti-corrosion properties of ceramic, metal products and catalytic systems. Development of porous ceramics of bimodal structure based on ceramic fibers
- disciplines taught: computer modeling, professional software, fundamentals of scientific research and innovation, applied mathematics, methods and algorithms for decision making, theory of computational processes, management of course and diploma design, industrial and educational practice, master's degree, postgraduate studies
LIST OF PUBLISHED SCIENTIFIC WORKS
1. Azarov, S.M. Anisotropic filter ceramics / S.M. Azarov, E.E. Petyushik, A.A. Drobysh. - Minsk: BNTU, 2024. - 240 p.
2. Azarov, S.M. Influence of formation modes on the characteristics of porous materials from basalt fibers / S.M. Azarov [et al.] // Bulletin of Polotsk State University. - Series B, 2024, No. 1. - P. 118-121
3. Azarau. Investigation of the Structure and Properties of Ceramic Materials with a Rigid System of Microfiltration Transport Pores Based on Basalt Fibers. Journal of Metastable and Nanocrystalline Materials Submitted: 2021-12-03, ISSN: 2297-6620, Vol. 34, Revised: 2021-12-08,© 2022 Trans Tech Publications Ltd, Switzerland pp 13-18// E. Petyushik, T. Azarava, S. Besarab, A. Drobysh, J. Sauka
4. Azarov S.M. Formation of a regular pore structure in microfiltration materials from alumina microspheres and manganese-containing aluminosilicate compositions / S. M. Azarov, A. A. Drobysh, T. E. Evtukhova, D. N. Balydko, T. V. Gamzeleva // Proceedings of BSTU, series 2 No. 2(259) - P.175-181
5. Patent No. 23724 "Ceramic mass for obtaining membrane layers on a large-porous substrate and a method for its application" ed. Petyushik E.E., Ilyushchenko A.F., Azarov S.M., Balydko D.N. / Registered on 31.03.2022.
6. Azarov S.M. Influence of sintering temperature on the filtration characteristics of porous fiber materials based on basalt / S.M. Azarov, E.E. Petyushik, A.A. Drobysh, I.V. Fomikhina, T.E. Evtukhova, T.V. Gamzeleva // Modern methods and technologies for the creation and processing of materials: Sat. scientific works. In 2 books. Book. 1. Materials Science / Editorial Board: V. G. Zalessky (editor-in-chief) [and others]. - Minsk: FTI NAS of Belarus, 2022. Book 1. - S. 25-31.
7. Azarov, A. Filter materials based on silicate and aluminosilicate powders / A.Azarov, E. Petyushik, A.Drobysh, T.Evtukhova // Belarusian-Uzbek Scientific and Methodological Journal, 2022 No. 1, pp. 2-8.
8. Azarau, S.M. Characteristics of porous materials from basalt fibers / S.M.Azarau, E.E.Petyushik, A.A.Drobysh, T.E.Evtukhova // ADVANCED HIGH ENTROPY MATERIALS: Abstracts of the IV International Conference and School of Young Scientists "Advanced High Entropy Materials" Merzhanov Institute of Structural Macrokinetics and Materials Science, Russian Academy of Science (Chernogolovka, Russia, September 26-30, 2022) / ed. G.A. Salishchev, M.S. Tikhonova, E.A. Povolyaeva. – Belgorod: LLC "Epicenter", 2022. – Р.28
9. Azarov, S.M. Influence of heat treatment regimes on the strength of sintered porous fiber materials based on basalt / S.M. Azarov, E.E. Petyushik, A.A. Drobysh, T.E. Evtukhova, T.V. Gamzeleva // Innovative technologies in materials science and mechanical engineering (ITMM-2022): materials of the VI All-Russian scientific and practical conference with international participation (Perm, October 10–14, 2022). - Perm: Publishing House of the Perm National Research Polytechnic University, 2022. - P. 26 - 31.
10. Azarov, S.M. Pressing charge based on basalt fibers /S.M. Azarov, A.A. Drobysh [et al.]// Innovative technologies and education: Proceedings of the international scientific and practical conference (April 28, 2022 Minsk) / Editorial board: S.V. Kharitonchik [i dr.]. - Minsk: BNTU, 2022. - Part 1. - P. 237 - 242.
