Алексей Владимирович Столбовский

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1 Perfiles similares

15 Conference contribution
5 Conference article
3 Scholarly edition
2 Article

Optimization of the composition based on thermodynamic modeling of low-alloyed Cu-Cr-Hf bronzes
Shirshova, P. & Stolbovsky, A., 18 ene. 2022, Proceedings of the 16th International Conference on Industrial Manufacturing and Metallurgy, ICIMM 2021. Goman, V. & Mironova, M. (eds.). American Institute of Physics Inc., 020047. (AIP Conference Proceedings; vol. 2456).
Resultado de la investigación: Conference contribution › revisión exhaustiva
Thermodynamic modeling and optimization of the composition of nanostructured low-alloyed Cu-Hf and Cu-Cr bronzes
Shirshova, P. & Stolbovsky, A., 18 ene. 2022, Proceedings of the 16th International Conference on Industrial Manufacturing and Metallurgy, ICIMM 2021. Goman, V. & Mironova, M. (eds.). American Institute of Physics Inc., 020046. (AIP Conference Proceedings; vol. 2456).
Resultado de la investigación: Conference contribution › revisión exhaustiva

Acceso abierto
Application of thermodynamic modeling for optimization of the composition of nanostructured low-alloyed hafnium bronzes by high-pressure torsion
Stolbovsky, A. V. & Shirshova, P. Y., 2021, Materials Engineering and Technologies for Production and Processing VII. Radionov, A. A. (ed.). Trans Tech Publications Ltd., Vol. 410 DDF. p. 85-90 6 p.
Resultado de la investigación: Conference contribution › revisión exhaustiva
Investigation of baso₄-kpo₃-na₂ b₄ o₇ low-melting glass system as a basis for synthesis of a glass-solder material
Stolbovsky, A. & Vyatchina, V., 2021, FarEastCon - Materials and Construction III. Solovev, D. B. (ed.). Trans Tech Publications Ltd., p. 60-64 5 p. (Key Engineering Materials; vol. 887 KEM).
Resultado de la investigación: Conference contribution › revisión exhaustiva
Specific features of statistical analysis for grain nanostructures formed by solid-state diffusion at annealing
Stolbovsky, A., 2021, Materials Engineering and Technologies for Production and Processing VI - Selected peer-reviewed full text papers from the 6th International Conference on Industrial Engineering, ICIE 2020. Radionov, A. A. (ed.). Trans Tech Publications Ltd., p. 527-532 6 p. (Solid State Phenomena; vol. 316 SSP).
Resultado de la investigación: Conference contribution › revisión exhaustiva

Структура и свойства гафниевой бронзы после динамического канально-углового прессования: магистерская диссертация
Autor: Столбовский, А. В., 2020
Supervisor: Шарапова, В. А. (Supervisor)
Tesis doctoral: Master's Thesis

Stolbovskiy, A. V.

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Optimization of the composition based on thermodynamic modeling of low-alloyed Cu-Cr-Hf bronzes

Thermodynamic modeling and optimization of the composition of nanostructured low-alloyed Cu-Hf and Cu-Cr bronzes

Application of thermodynamic modeling for optimization of the composition of nanostructured low-alloyed hafnium bronzes by high-pressure torsion

Investigation of baso₄-kpo₃-na₂ b₄ o₇ low-melting glass system as a basis for synthesis of a glass-solder material

Specific features of statistical analysis for grain nanostructures formed by solid-state diffusion at annealing

Структура и свойства гафниевой бронзы после динамического канально-углового прессования: магистерская диссертация

Stolbovskiy, A. V.

Perfil personal

Huella digital

Red

Resultados de investigaciones

Optimization of the composition based on thermodynamic modeling of low-alloyed Cu-Cr-Hf bronzes

Thermodynamic modeling and optimization of the composition of nanostructured low-alloyed Cu-Hf and Cu-Cr bronzes

Application of thermodynamic modeling for optimization of the composition of nanostructured low-alloyed hafnium bronzes by high-pressure torsion

Investigation of baso4-kpo3-na2 b4 o7 low-melting glass system as a basis for synthesis of a glass-solder material

Specific features of statistical analysis for grain nanostructures formed by solid-state diffusion at annealing

Tesis

Структура и свойства гафниевой бронзы после динамического канально-углового прессования: магистерская диссертация

Investigation of baso₄-kpo₃-na₂ b₄ o₇ low-melting glass system as a basis for synthesis of a glass-solder material