Search Results - "Markova, G V"

Internal friction during martensitic transformation in high manganese Mn–Cu alloys by Markova, G.V.

“…Low-frequency internal friction and elastic modulus were studied for manganese-rich Mn–Cu alloys in the temperature range of martensitic transformation (20–300…”
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Crystallographic Texture and Functional Properties of Powder Titanium Alloys after Thermomechanical Treatment by Markova, G. V., Ivankina, T. I., Levin, D. M., Volodko, S. S.

“…A relationship is established between the crystallographic texture developed during various thermomechanical treatments and the functional properties of…”
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Internal friction in Ti29.7Ni50.3Hf20 alloy with high temperature shape memory effect by Shuitcev, A., Li, L., Markova, G.V., Golovin, I.S., Tong, Y.X.

“…•Ti29.7Ni50.3Hf20 exhibits martensitic anelasticity in temperature range of MT.•The IF peak is sensitive to external measurement parameters.•The IF peak of…”
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Evolution of the Composition and Morphology of Ti–18 Zr–15 Nb Alloy Powder during Calcium Hydride Synthesis by Markova, G. V., Yudin, S. N., Alimov, I. A., Volodko, S. S., Guryanov, A. M., Kasimtsev, A. V., Sviridova, T. A., Moskovskikh, D. O., Permyakova, D. V., Evstratov, E. V., Imideev, V. A., Goncharov, S. S.

“…Influence of temperature and duration of calcium hydride synthesis on the phase composition and morphological characteristics of Ti–18Zr–15Nb (at %) alloy…”
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Kinetics of Thermoelastic Martensitic Transformation in TiNi by Levin, D. M., Shuytsev, A. V., Markova, G. V.

“…The kinetics of the thermoelastic martensitic transformations of types В2 ↔ В19′ and В2 ↔ R ↔ В19′ in cast and powder Ni55–Ti45 alloys is studied. A way of…”
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Bulk Nb3Al intermetallic compound: Synthesis and high-temperature properties by Yudin, S.N., Kasimtsev, A.V., Korotitskiy, A.V., Sviridova, T.A., Markova, G.V., Volodko, S.S., Nepapushev, A.A., Moskovskikh, D.O.

“…Bulk Nb3Al-based alloys were synthesized through a joint reduction of Nb2O5 and Al2O3 oxides by calcium hydride. On the example of two compositions, it was…”
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Features of β-Phase Decay in Ti–22Nb–6Zr Alloy by Yudin, S. N., Kasimtsev, A. V., Tabachkova, N. Yu, Sviridova, T. A., Markova, G. V., Volod’ko, S. S., Alimov, I. A., Alpatov, A. V., Titov, D. D.

“…—A compact powder Ti–22Nb–6Zr alloy was obtained by powder metallurgy methods. The initial alloy powder was synthesized by the calcium hydride method. It was…”
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Structure and Properties of Ti28Ni50Hf22 Powder Alloy by Volodko, S. S., Yudin, S. N., Cheverikin, V. V., Kasimtsev, A. V., Markova, G. V., Sviridova, T. A., Karpov, B. V., Goncharov, S. S., Alimov, I. A.

“…The effect of consolidation and thermal treatment on the structure, local chemical composition, and martensite transformation temperatures of the Ti 28 Ni 50…”
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Change in Structure During Consolidation of Calcium Hydride Powders of TiNi Intermetallic by Kasimtsev, A. V., Markova, G. V., Shuitsev, A. V., Levinskii, Yu. V., Sviridova, T. A., Alpatov, A. V.

“…Results are provided for a study of the composition, structure, and physicochemical properties of TiNi intermetallic powder prepared by a calcium hydride…”
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The powdered calcium hydride TiNi intermetallic compound by Kasimtsev, A. V., Markova, G. V., Shuitsev, A. V., Levinskii, Yu. V., Sviridova, T. A., Alpatov, A. V.

“…A complex investigation of physicochemical properties and structural components of the calcium hydride TiNi intermetallic compound is performed. Peculiarities…”
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Internal friction in alloys with shape memory effect by Markova, G. V., Labzova, L. V., Klyueva, E. S.

“…Internal friction methods are used to study features of martensitic transformations in functional alloys with shape memory of the systems Mn – Cu and Fe – Mn –…”
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Twin structure in Mn−Ni−Ti intermetallic alloys with a thermoelastic martensitic transformation by Markova, G V

“…The formation of a twin structure in an alloy can occur in plastic deformation, in subsequent annealing, and as a result of a martensitic transformation…”
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Study of martensitic transformation in the Fe-22 Mn-3 Si alloy by mechanical spectroscopy by Golovin, I. S., Markova, G. V., Kustov, S. B., Komissarov, A. A.

“…Methods of mechanical spectroscopy (determination of the internal-energy dissipation and the elasticity modulus), X-Ray diffraction, and calorimetry have been…”
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Internal Friction in the Temperature Range of Magnetostructural Transformation in High-Temperature Alloys of the Mn - Cu System by Markova, G V

“…High-manganese Mn-Cu alloys have a unique set of properties combining an extremely high damping capacity unusual for metallic materials with the effect of…”
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Precipitation and coarsening kinetics of H-phase in NiTiHf high temperature shape memory alloy by Shuitcev, A., Ren, Y., Sun, B., Markova, G.V., Li, L., Tong, Y.X., Zheng, Y.F.

“…•Aging induced precipitation in Ni50Ti30Hf20 alloy was investigated.•Activation energy for the precipitation and coarsening of the H-phase was determined.•TTT…”
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Powder Titanium Nickelide: Technology and Properties by Kasimtsev, A. V., Markova, G. V., Volodko, S. S., Yudin, S. N., Karpov, B. V., Alimov, I. A.

“…—The influence of various schemes of thermomechanical treatment (TMT) on the structure and properties of two sintered nickel-rich binary TiNi powder alloys is…”
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Dielectric properties and the structure of dilute aqueous solutions of monoethanolamine by Rodnikova, M. N., Spivak, G. V., Yastremskii, P. S., Markova, V. G.

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Characterization of Nitinol Powder Produced by Reduction of Oxides by Calcium Hydride by Sviridova, T.A., Shuytcev, A.V., Kasimtcev, A.V., Markova, G.V.

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The features of structure formation of TiNi sintered intermetallic compound by Markova, G. V., Kasimtsev, A. V., Shuytsev, A. V., Sviridova, T. A.

“…The work investigates the structure of calcium hydride TiNi powdered intermetallic compound. Using X-ray structural and metallographic analysis, it is…”
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Features of the Internal Friction in the Temperature Range of Martensitic Transformation in TiNi by Markova, G.V., Shuytcev, A.V., Levin, D.M., Kasimtcev, A.V.

“…The influence of the external parameters (deformation amplitude and oscillation frequency) on the components of the internal friction peak during a…”
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