M
Mikhail D. Starostenkov
Researcher at Altai State Technical University
Publications - 92
Citations - 441
Mikhail D. Starostenkov is an academic researcher from Altai State Technical University. The author has contributed to research in topics: Diffusion (business) & Grain boundary. The author has an hindex of 11, co-authored 79 publications receiving 352 citations. Previous affiliations of Mikhail D. Starostenkov include Northeastern University.
Papers
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Contributions of different mechanisms of self-diffusion in face-centered cubic metals under equilibrium conditions
TL;DR: In this paper, the contributions of different mechanisms of self-diffusion in face-centered cubic metals Ni, Cu, and Al at thermodynamic equilibrium have been analyzed using the molecular dynamics method.
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Molecular dynamics simulation of hydrogen atom diffusion in crystal lattice of fcc metals
TL;DR: In this paper, the authors studied the diffusion of hydrogen atoms in the crystal lattice of fcc metals Pd, Ni, Al, Ag, and Ag using molecular dynamics.
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Simulation of the interaction between discrete breathers of various types in a Pt 3 Al crystal nanofiber
P. V. Zakharov,Mikhail D. Starostenkov,Sergey V. Dmitriev,Sergey V. Dmitriev,N. N. Medvedev,A. M. Eremin +5 more
TL;DR: In this article, it was shown that DBs with hard type nonlinearity (DB2) can be excited in a Pt3Al nanofiber, where DBs are localized on several light atoms, can move along the crystal, and have a frequency that lies above the phonon spectrum.
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Localized oscillating modes in two-dimensional model of regulated Pt 3 Al alloy
TL;DR: By means of molecular-dynamics simulations, this paper showed that discrete breathers are excited in two-dimensional model lattice of the regulated Pt3Al alloy by periodic external action of a certain frequency.
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Dynamic collective displacements of atoms in metals and their role in the vacancy mechanism of diffusion
TL;DR: In this paper, the phenomenon of dynamic collective displacements of atoms in face-centered cubic crystals has been revealed using molecular dynamics method, which plays an important role in the vacancy mechanism of diffusion.