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Dr. Anton Baranovskiy
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Academic Career Length
11Years (2016-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications1 March 2020 in Russian Journal of Non-Ferrous Metals
Journal Article
PAPribytkov Gennady Andreevich
Pribytkov Gennady Andreevich
Maksim KrinitcynVKV. V. Korzhova
V. V. KorzhovaABAnton Baranovskiy
Anton BaranovskiyTiC + Al binder metal-matrix composites are fabricated by self-propagating high-temperature synthesis (SHS) in reaction power mixtures of titanium, carbon
1 September 2016 in Key Engineering Materials
Journal Article
EKElena N. Korosteleva
Elena N. Korosteleva
GPGennadii A. Pribytkov
Gennadii A. Pribytkov
Maksim KrinitcynABAnton Baranovskiy
Anton BaranovskiyVKVictoria V. Korzhova
Victoria V. Korzhova
VSVladimir E. Strelnitskij
Vladimir E. StrelnitskijThe phase composition, microstructure and morphology of composite powders «TiC-HSS steel binder» obtained by the SHS method in layerwise combustion mode have been studied. Titanium powder, carbon (carbon black) in a ratio corresponding to equiatomic titanium carbide and high speed steel as a thermally inert binder was used as a reaction mixture. It was found that the mass transfer of reaction mixture components between the carbide and metal binder was taking place during synthesis, as a result of which the final phase and elemental composition of the synthesis products was formed. It is shown that the volume content of thermally inert binder significantly affects the dispersion of the formed carbide phase.
7 June 2024 in Metal Working and Material Science
Journal Article
PAPribytkov Gennady Andreevich
Pribytkov Gennady AndreevichABAnton Baranovskiy
Anton BaranovskiyIFIrina Aleksandrovna Firsina
Irina Aleksandrovna FirsinaKAKirill Olegovich Akimov
Kirill Olegovich AkimovVKVladimir Krivopalov
Vladimir Krivopalov14 January 2022 in Russian Physics Journal
Journal Article
PAPribytkov Gennady Andreevich
Pribytkov Gennady AndreevichIFIrina Aleksandrovna Firsina
Irina Aleksandrovna FirsinaVKV. V. Korzhova
V. V. KorzhovaABAnton Baranovskiy
Anton BaranovskiyMaksim Krinitcyn30 May 2022 in Inorganic Materials: Applied Research
Journal Article
Maksim KrinitcynIFIrina Aleksandrovna Firsina
Irina Aleksandrovna FirsinaABAnton Baranovskiy
Anton BaranovskiyMRM. P. Ragulina
M. P. RagulinaBulk samples have been obtained from the Ti3AlC2 MAX-phase powder by selective laser sintering (SLS). A complex structural-phase study has been carried out using optical and electron microscopy and X-ray diffraction analysis, the elemental and phase composition of the samples has been determined, and the morphology of the initial powders and bulk SLS samples has been described. The modes of selective laser sintering which provide the maximum yield of the MAX phase in the samples after SLS have been determined.
1 May 2019 in Inorganic Materials: Applied Research
Journal Article
PAPribytkov Gennady Andreevich
Pribytkov Gennady AndreevichMaksim KrinitcynVKV. V. Korzhova
V. V. KorzhovaIFIrina Aleksandrovna Firsina
Irina Aleksandrovna FirsinaABAnton Baranovskiy
Anton BaranovskiyVDV. G. Durakov
V. G. DurakovThe structural evolution of “titanium carbide–titanium binder” metal matrix composite powders is investigated during the electron beam cladding of coatings by means of X-ray diffraction,...
About Me
Baranovskiy Anton Valerievich – Ph.D, junior researcher in the Laboratory of Powder Materials Consolidation Physics of Institute of Strength Physics and Materials Science, SB RAS, Tomsk, Russia.
Education – diploma in mechanical engineering materials science (2017) of Tomsk Polytechnic University, Tomsk, Russia.
From 2019 to 2022 he was a PhD student in material science.
In 2023, he received his degree as doctor of philosophy (candidate of technical sciences).
His work experience includes: being a researcher in the Institute of Strength Physics and Materials Science, SB RAS, Tomsk, Russia (2017-now).
His research interests include: materials science, powder metallurgy, consolidation, composite materials, wear-resistant coatings, and mechanical activation.