Search Results - "Mel’nichenko, T. N."

Parameters of the Fluctuation Free Volume Theory for Glasses in the Ge–As–Se System by Mel'nichenko, T. D., Rizak, V. M., Mel'nichenko, T. N., Fedelesh, V. I.

“…The fraction of fluctuation free volume (f^sub g^ = V^sub f^/V) frozen at the glass transition temperature T^sub g^ is determined from the temperature…”
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Determination of the Fluctuation Free Volume Fraction for Glasses in the As-S(Se) Systems by Mel'nichenko, T D, Rizak, V M, Mel'nichenko, T N

“…The fraction f^sub g^ of fluctuation free volume frozen at the glass transition temperature is determined from the temperature dependence of the viscosity in…”
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Anharmonicity of quasi-lattice vibrations in glasses of the As(Sb)-O-I(Br, Cl) system in the framework of the fluctuation hole model by MEL'NICHENKO, T. N, YURKIN, I. M, FEDELESH, V. I, KOTSAK, Ya. Ya, KUTSENKO, Ya. P, PUGA, P. P

“…Parameters of the free volume theory (such as the fraction of the fluctuation free volume, the hole volume, the energy of hole formation, and the maximum…”
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On the approximate estimation of the surface tension of chalcogenide glass melts by Mel’nichenko, T. D., Fedelesh, V. I., Mel’nichenko, T. N., Sanditov, D. S., Badmaev, S. S., Damdinov, D. G.

“…The surface tension coefficients of chalcogenide glasses are estimated. It is demonstrated that, to a first approximation, the results of the existing…”
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Application of the Free Volume Concept to Glasses in the Ge-As-S System by Mel'nichenko, T N, Fedelesh, V I, Yurkin, I M, Mel'nichenko, T D

“…The energy of hole formation E^sub h^, the hole volume V^sub h^, and the fraction f^sub g^ of fluctuation free volume for glasses in the Ge-As-S system are…”
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On the critical displacement of excited kinetic units in liquids and glasses by Sanditov, D. S., Badmaev, S. S., Mel’nichenko, T. N., Sanditov, B. D.

“…The critical displacement of an atom (a group of atoms) in inorganic glasses Δr ^sub m^, which corresponds to the maximum of the interatomic attractive force,…”
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Application of the excited state model to chalcogenide glasses by Mel’nichenko, T. D., Rizak, V. M., Fedelesh, V. I., Mel’nichenko, T. N., Sanditov, D. S., Badmaev, S. S.

“…The limiting displacement of an atom (a group of atoms), which corresponds to the maximum of the interatomic interaction force, is treated as a process of…”
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Anharmonic vibrations and grüneisen parameter of the quasi-lattice of glassy arsenic chalcogenides in the free-volume approach by Mel’nichenko, T. N.

“…It is shown that the free-volume approach offers the possibility of taking into account the anharmonicity of vibrations and nonlinearity of interatomic…”
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Anharmonicity of thermal vibrations and Grüneisen parameter of chalcogenide glasses in the Ge-As-S system within the approximation of the free volume concept by MEL'NICHENKO, T. N, YURKIN, I. M, FEDELESH, V. I, MEL'NICHENKO, T. D

“…The Grüneisen parameter and the ultimate strain of “bond breaking” at the ultimate elongation of interparticle bonds have been calculated. The Grüneisen…”
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Interrelation between the glass transition temperature, thermal expansion coefficient, and Poisson ratio for some glasses in the Av-Bvi-Cvii systems by MEL'NICHENKO, T. N, KUTSENKO, Ya. P, FEDELESH, V. I, YURKIN, I. M, MEL'NICHENKO, T. D

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Anharmonicity of thermal vibrations and grueneisen parameter of chalcogenide glasses in the Ge-As-S system within the approximation of the free volume concept by Mel'nichenko, T N, Yurkin, I M, Fedelesh, VI, Mel'nichenko, T D

“…The Grueneisen parameter and the ultimate strain of "bond breaking" at the ultimate elongation of interparticle bonds have been calculated. The Grueneisen…”
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Determination of the fluctuation free volume fraction for glasses in the As-S(Se) systems by MEL'NICHENKO, T. D, RIZAK, V. M, MEL'NICHENKO, T. N

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Interrelation between the Glass Transition Temperature, Thermal Expansion Coefficient, and Poisson Ratio for Some Glasses in the AV-BVI-CVIISystems by Mel'nichenko, T N, Kutsenko, Ya P, Fedelesh, V I, Yurkin, I M, Mel'nichenko, T D

“…In the framework of the free volume concept, the dependences of α^sub g^ T^sub g^and ΔαT^sub g^on μ and γ are considered and the interrelation between the…”
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Study of optical interference filters with controlled parameters by Fedak, V. V., Mel'nichenko, T. N., Kukineshi, A. A.

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The surface properties of bismuth triiodides by Kopinets, I. F., Rubish, I. D., Bletskan, D. I., Mikulaninets, S. V., Mel'nichenko, T. N.

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Structural defects and luminescence in BiI3 crystals by Mel'nichenko, T. N., Mikhal'ko, I. P., Seikovskii, I. D., Kikineshi, A. A., Semak, D. G., Turyanitsa, I. D.

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Abstracts of papers deposited at VINITI by Mel'nichenko, T. N., Turyanitsa, I. D., Verkhozin, A. N., Istomin, A. A., Datsenko, V. A., Korol'kov, V. L., Krasnov, I. L., Solov'ev, V. A., Cherdantsev, P. A., Lipatov, G. N., Gencheva, E. A., Chervinskii, A. K., Nechiporuk, V. V., Popov, L. E., Sollertinskaya, E. S., Tsypin, M. I., Kobytev, V. S., Tsarapkin, M. S., Gorchakov, L. V., Filimonova, N. Yu, Poltoratskii, B. F., Sachkov, K. N., Solodov, A. M., Makogon, M. M., Maier, G. V., Svishchenko, V. V., Potetyunko, G. N., Bondar', N. M., Khubaeva, L. V., Savenko, V. I., Zagoruiko, N. V., Grinyaeva, I. A., Lambakakhar, O. O., Paskal', Yu. I., Kabanskii, A. E., Styrov, V. V., Pustovoit, A. F., Plopskii, E. Ya, Bashkatov, V. Z., Gos'kov, P. I., Kozyrev, G. P., Komov, A. N., Sokolovskii, A. N., Bashmakova, M. I.

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Abstracts of papers deposited at Viniti by Nenishev, A. S., Furman, A. V., Konarev, V. P., Matveev, I. N., Krasavin, V. V., Loktyshina, N. S., Starodubtsev, N. F., Martynovich, E. F., Lappa, A. V., Zudova, L. A., Mel'nichuk, O. V., Pavlov, R. A., Rarenko, I. M., Gavrilenko, N. V., Falenchuk, A. D., Mel'nichenko, T. N., Ul'yanov, V. L., Kuz'menko, G. I., Rychkov, V. P., Dvinyaninov, B. L., Zhelonkin, N. A., Gavrilov, F. F., Andronov, M. P., Shevchenko, A. N., Kolodyazhnyi, A. I., Gushin, V. S., Chakhlov, L., Okhrem, V. G., Pushkarev, O. E., Novikov, V. S., Bitner, L. R., Vedernikov, V. A., Danilina, T. I., Tatarinov, V. V., Tiganov, E. V., Bovenko, V. N., Frolova, N. L., Chervova, A. A., Gorelik, S. S., Sklokin, F. N., Fadeeva, M. I., Kocherbaev, T. K., Moldokmatov, O. T., Bryukhanov, A. A., Perepechko, I. I., Prokazov, A. V., Tarasov, A. M., Gumen, R. G., Letyuk, L. M., Nifontov, V. A., Svishchenko, V. V., Maier, G. V., Bashmakova, M. I., Kotlyarevskaya, O. A., Kuznetsov, V. P., Sirota, N. N., Aduev, B. P., Rudamenko, I. P., Umetov, Z. Yu

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