Search Results - "Gelchinskii, B. R."

Computer Simulation of the Structure of Multicomponent Oxide–Fluoride Melts by Gelchinskii, B. R., Dyul’dina, E. V., Selivanov, V. N., Leontiev, L. I.

“…Based on experimental data on density, molecular dynamics simulation of multicomponent oxide–fluoride melts SiO 2 –CaO–Al 2 O 3 –MgO–CaF 2 –Na 2 O–K 2 O–FeO in…”
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Voronoi Polyhedron Investigation of the Short-Range Order in Liquid Bismuth Using Molecular Dynamics Simulation Data by Gelchinskii, B. R., Yuryev, A. A., Zhilina, E. M., Beltyukova, K. V.

“…Liquid bismuth is an actual object for research due to the specific features experimentally detected on the temperature dependences of a number of properties,…”
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Simulation of the Self-Assembly of Metal Nanoclusters by Korenchenko, A. E., Vorontsov, A. G., Okulov, R. A., Gel’chinskii, B. R.

“…The production of metal nanopowders with specified sizes requires an analysis of the relationship between the physical conditions in industrial installations…”
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Determination of Small Copper Clusters Based on Simulation of the Process of Gas Phase Condensation by Korenchenko, A. E., Vorontsov, A. G., Gel’chinskii, B. R., Zhukova, A. A.

“…A molecular dynamics study was carried out on the dependence of the radii of small metal clusters that form in the process of gas-phase copper condensation on…”
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Statistical Model for the Energy Exchange during Copper Vapor Condensation in an Inert Gas Atmosphere by Korenchenko, A. E., Gel’chinskii, B. R., Vorontsov, A. G., Zhukova, A. A.

“…Statistical analysis of the results of molecular dynamics (MD) calculation of gas-phase “self-assembling” of nanoclusters during metal vapor condensation…”
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Theoretical and Experimental Study of Nickel-Based Self-Fluxing Materials by Krivorogova, A. S., Ilinykh, N. I., Ilinykh, S. A., Gel’chinskii, B. R.

“…— Nickel-based self-fluxing materials Ni–0.5C–15Cr–3.2Si–2B (PGSR-2) and Ni–1C–17Cr–4.1Si–3.6B (PGSR-4) are studied theoretically and experimentally. These…”
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Molecular–Dynamic Simulation of the Melt of an Industrial Oxide–Fluoride Mold Flux by Gel’chinskii, B. R., Dyul’dina, E. V., Leont’ev, L. I.

“…—The paper discusses the results of molecular–dynamic simulation of a melt of the multicomponent oxide–fluoride CaO–SiO 2 –Al 2 O 3 –MgO–Na 2 O–K 2 O–CaF 2…”
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Computer Simulation of Multicomponent Molten Metallurgical Slags by Dyul’dina, E. V., Gel’chinskii, B. R., Selivanov, V. N.

“…Based on experimental data on density and an ionic bond model, we are the first to perform a molecular dynamics simulation of the multicomponent…”
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Thermodynamic simulation of nitrogen dispersion of alloyed iron-carbon melts by Shchennikova, T. L., Zalazinskii, G. G., Gel’chinskii, B. R.

“…The interaction of iron-carbon melts with additions of alloying elements Cr, V, Ti, Mn, Ni, Cu, Mo, Al, and W during their dispersion by nitrogen is studied by…”
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Formation of Protective Coatings Using an MAK-100 Plasma Spraying Installation by Ilinykh, S. A., Krivorogova, A. S., Ilinykh, N. I., Krashaninin, V. A., Gel’chinskii, B. R.

“…The technology of effective protection of the metallic surfaces of machines and mechanisms operating under intense mechanical, physicochemical, and thermal…”
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Oxidation of copper ultrafine powders and nanopowders produced by vapor phase condensation by Zhidovinova, S. V., Zolotukhina, L. V., Gel’chinskii, B. R.

“…The oxidation of copper nanopowders fabricated by metal evaporation and condensation is studied. It is found that, in contrast to the oxidation of bulk copper…”
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Investigating the surface of particles of ultradispersed copper powders obtained by gas-phase condensation by Zolotukhina, L. V., Kuznetsov, M. V., Gel’chinskii, B. R., Zhidovinova, S. V., Aref’ev, I. G.

“…Ultradispersed powders of metal copper obtained by evaporation-condensation technology are investigated. It is shown that, depending on the evaporation rate,…”
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Computer model for a multicomponent slag-forming mixture melt: Relation between its atomic structure and physicochemical properties by Gel’chinskii, B. R., Belashchenko, D. K., Dul’dina, E. V., Lozovskii, E. P.

“…Experimental data on the density are used to perform molecular dynamics simulation (for the first time) of the multicomponent melt of a commercial slag-forming…”
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Statistical analysis of formation and relaxation of atomic clusters based on data of molecular-dynamic modeling of gas-phase nucleation of metallic nanoparticles by Korenchenko, A. E., Vorontsov, A. G., Gel’chinskii, B. R.

“…Statistical analysis of the results of molecular-dynamic modeling for nucleation of metal (Cu) vapors in inert gas atmosphere (Ar) is carried out. Features of…”
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Kinetics and energy states of nanoclusters in the initial stage of homogeneous condensation at high supersaturation degrees by Vorontsov, A. G., Gel’chinskii, B. R., Korenchenko, A. E.

“…The condensation of metal vapor in an inert gas is studied by the molecular dynamics method. Two condensation regimes are investigated: with maintenance of…”
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Processes and equipment for dispersal of metals and injection of materials by Leont’ev, L. I., Zalazinskii, G. G., Gelchinskii, B. R., Zhuchkov, V. I., Lopatin, V. N., Selivanov, E. I.

“…We present the results of development work performed at the Institute for Metallurgy (Ural Division, Russian Academy of Sciences) for production of finely…”
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Calculation of the equilibrium state and thermodynamic characteristics of plasma-forming gases and the plasma–“particle” system by Il’inykh, S. A., Gel’chinskii, B. R., Krashaninin, V. A., Il’inykh, N. I.

“…The composition and thermodynamic characteristics of plasma-forming gases (Ar, N 2 , H 2 , and mixtures Ar + N 2 and Ar + H 2 ) depending on temperature are…”
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Multiscale computer modeling of gas-phase synthesis of metal nanoparticles by Gel’chinskii, B. R., Vorontsov, A. S., Korenchenko, A. E., Leont’ev, L. I.

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The effect of super- and nanodispersed powders of zinc and copper alloys in plastic greases on the structure and triboengineering properties of steel surfaces by Zolotukhina, L. V., Zapevalov, A. Ya, Zhidovinova, S. V., Arefyev, I. G., Gel’chinskii, B. R.

“…It is demonstrated that the wear rate of tribocouples can be reduced significantly with the use of lubricating compositions obtained by added super- and…”
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