Search Results - "Dekhtyarenko, V. A."

1
TiMn2-Based Intermetallic Alloys for Hydrogen Accumulation: Problems and Prospects by Dekhtyarenko, V. A., Savvakin, D. G., Bondarchuk, V. I., Shyvaniuk, V. M., Pryadko, T. V., Stasiuk, O. O.

Published in Uspehi fiziki metallov (Online) (01-08-2021)
“…The main advantages of hydrogen as an energy carrier in comparison with currently used hydrocarbons are determined. By comparing the advantages and…”

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Structure, Phase Composition, and Hydrogen Absorption Properties of Multiphase Alloys of Ti–Zr–Mn–V System Alloyed with Holmium by Dekhtyarenko, V. A., Pryadko, T. V., Savvakin, D. G., Bondarchuk, V. I.

Published in Metallofizika i noveĭshie tekhnologii (10-10-2022)

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Hydrogen Absorption and Desorption by Niobium and Tantalum by Dekhtyarenko, V. A., Savvakin, D. G., Stasiuk, O. O., Oryshych, D. V.

Published in Metallofizika i noveĭshie tekhnologii (10-10-2022)

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Influence of the Ambient Medium in the Course of Laser Treatment on the Resistance of Titanium to Hydrogen Embrittlement by Pryadko, T. V., Dekhtyarenko, V. A., Shkola, A. A.

Published in Materials science (New York, N.Y.) (01-07-2020)
“…We study the kinetic parameters of the physicochemical interaction of hydrogen with annealed titanium and titanium whose surface layers are modified by laser…”

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Influence of the Substitution of Chromium for Manganese on the Structure and Hydrogen-Sorption Properties of Ti47.5Zr30Mn22.5 Eutectic Alloy by Pryadko, T. V., Dekhtyarenko, V. A., Khranovs’ka, K. M., Mohyl’nyi, H. S.

Published in Materials science (New York, N.Y.) (01-05-2020)
“…We study the influence of alloying with chromium on the structure and phase composition of the Ti 47.5 Zr 30 Mn 22.5 eutectic alloy and its hydrogen…”

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Electrophysical Properties of Composites Based on Hydrogenated Titanium with Different Contents of Thermally Expanded Graphite by Mykhailova, H. Yu, Len, E. G., Yakymchuk, M. M., Dekhtyarenko, V. A., Galstian, I. Ye, Shevchenko, M. Ya, Gerasymov, O. Yu, Tsapko, E. A., Patoka, V. I., Rud, M. O.

Published in Metallofizika i noveĭshie tekhnologii (23-12-2022)

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Hydrogen storage of the Mg–C composites by Rud, A.D., Lakhnik, A.M., Ivanchenko, V.G., Uvarov, V.N., Shkola, A.A., Dekhtyarenko, V.A., Ivaschuk, L.I., Kuskova, N.I.

Published in International journal of hydrogen energy (01-02-2008)
“…The effect of different kinds of carbon on the hydrogen sorption kinetics by magnesium–carbon composites was analyzed. To prepare magnesium-based composites by…”

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8
$Hydrogen-Sorption Properties of the Alloy Ti$_{15.5}$Zr$_{30}$Mn$_{38}$V$_{5.5}$Cr$_{5.5}$Co$_{5.5}$ Based on the Laves Phase (Type $C$14)$
Hydrogen-Sorption Properties of the Alloy Ti$_{15.5}$Zr$_{30}$Mn$_{38}$V$_{5.5}$Cr$_{5.5}$Co$_{5.5}$ Based on the Laves Phase (Type $C$14) by Dekhtyarenko, V. A.

Published in Metallofizika i noveĭshie tekhnologii (01-02-2024)

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9
$Hydrogen Storage Properties of Ti$_{15.4}$Zr$_{30.2}$Mn$_{44}$V$_{5.4}$Сr$_5$ Alloy Produced by Induction and Arc Melting$
Hydrogen Storage Properties of Ti$_{15.4}$Zr$_{30.2}$Mn$_{44}$V$_{5.4}$Сr$_5$ Alloy Produced by Induction and Arc Melting by Dekhtyarenko, V. A.

Published in Metallofizika i noveĭshie tekhnologii (12-10-2021)

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10
$Alloy Based on Intermetallic (Ti, Zr)(V, Mn, Сr)$_{2-x}$ Obtained Using Titanium Sponge for Hydrogen Sorption$
Alloy Based on Intermetallic (Ti, Zr)(V, Mn, Сr)$_{2-x}$ Obtained Using Titanium Sponge for Hydrogen Sorption by Dekhtyarenko, V. A.

Published in Metallofizika i noveĭshie tekhnologii (07-12-2019)

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11
Hydrogenation process in multiphase alloys of Ti-Zr-Mn-V system on the example of Ti42.75Zr27Mn20.25V10 alloy by Dekhtyarenko, V.A., Pryadko, T.V., Savvakin, D.G., Bondarchuk, V.I., Mogylnyy, G.S.

Published in International journal of hydrogen energy (11-02-2021)
“…The influence of phase composition and microstructure of Ti42.75Zr27Mn20.25V10 alloy on its hydrogenation kinetic and phase composition of hydrogenated product…”

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12
$Structure and Hydrogen Sorption Properties of (Ti$_{0,34}$Zr$_{0,66}$)Mn$_{1,1}$V$_{0,1}$ Alloy$
Structure and Hydrogen Sorption Properties of (Ti$_{0,34}$Zr$_{0,66}$)Mn$_{1,1}$V$_{0,1}$ Alloy by Dekhtyarenko, V. A.

Published in Metallofizika i noveĭshie tekhnologii (17-08-2016)

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13
Hydrogen-Sorption Properties of a Composite (Ti—Zr—Mn—V)—Mg by Dekhtyarenko, V. A.

Published in Metallofizika i noveĭshie tekhnologii (19-04-2016)

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14
$Influence of Partial Substitution of Manganese with Chromium on Structure and Kinetics of Hydrogenation of an Alloy Based on the (Ti, Zr)(V, Mn)$_{2-x}$ Intermetallide$
Influence of Partial Substitution of Manganese with Chromium on Structure and Kinetics of Hydrogenation of an Alloy Based on the (Ti, Zr)(V, Mn)$_{2-x}$ Intermetallide by Pryadko, T. V., Dekhtyarenko, V. A.

Published in Metallofizika i noveĭshie tekhnologii (11-09-2018)

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15
Influence of the Substitution of Chromium for Manganese on the Structure and Hydrogen-Sorption Properties of Ti.sub.47.5Zr.sub.30Mn.sub.22.5 Eutectic Alloy by Pryadko, T. V, Dekhtyarenko, V. A, Khranovs'ka, K. M, Mohyl'nyi, H. S

Published in Materials science (New York, N.Y.) (01-05-2020)
“…We study the influence of alloying with chromium on the structure and phase composition of the Ti.sub.47.5Zr.sub.30Mn.sub.22.5 eutectic alloy and its hydrogen…”

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16
On Role of Plasma Electrons in CVD Synthesis of Carbon Nanostructures with Addition of Plasma Component of Carbon-Containing Gas by Svavil’nyi, M. Ye, Panarin, V. Ye, Shkola, A. A.

Published in Metallofizika i noveĭshie tekhnologii (10-10-2022)

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17
Hydrogen Embrittlement of Titanium: Phenomena and Main Ways of Prevention by V.A. Dekhtyarenko, T.V. Pryadko, О.І. Boshko, V.V. Kirilchuk, H.Yu. Mykhailova, and V.I. Bondarchuk

Published in Uspehi fiziki metallov (Online) (01-06-2024)
“…This work deals with the issue of the deterioration of the mechanical properties of metallic materials (on an example of Ti) in the presence of hydrogen…”

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18
Structure, Phase Composition and Hydrogen Adsorption Properties of Eutectic Alloys of the Ti–Zr–Mn–V System by Dekhtyarenko, V. A., Pryadko, T. V., Savvakin, D. G., Kosorukova, T. A.

Published in Metallofizika i noveĭshie tekhnologii (25-12-2019)

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19
$Hydrogen Sorption Properties of Ti$_{0,475}$Zr$_{0,3}$Mn$_{0,225}$ Eutectic Alloy Alloyed with 2 at.% and 5 at.% of Vanadium$
Hydrogen Sorption Properties of Ti$_{0,475}$Zr$_{0,3}$Mn$_{0,225}$ Eutectic Alloy Alloyed with 2 at.% and 5 at.% of Vanadium by Ivanchenko, V. G., Dekhtyarenko, V. A., Pryadko, T. V.

Published in Metallofizika i noveĭshie tekhnologii (17-08-2016)

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20
Complex Approach to Protecting Titanium Constructions from Hydrogen Embrittlement by Pryadko, T. V., Dekhtyarenko, V. A., Bondarchuk, V. I., Vasilyev, M. A., Voloshko, S. M.

Published in Metallofizika i noveĭshie tekhnologii (08-12-2020)

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Search Results - "Dekhtyarenko, V. A."

TiMn2-Based Intermetallic Alloys for Hydrogen Accumulation: Problems and Prospects by Dekhtyarenko, V. A., Savvakin, D. G., Bondarchuk, V. I., Shyvaniuk, V. M., Pryadko, T. V., Stasiuk, O. O.

Structure, Phase Composition, and Hydrogen Absorption Properties of Multiphase Alloys of Ti–Zr–Mn–V System Alloyed with Holmium by Dekhtyarenko, V. A., Pryadko, T. V., Savvakin, D. G., Bondarchuk, V. I.

Hydrogen Absorption and Desorption by Niobium and Tantalum by Dekhtyarenko, V. A., Savvakin, D. G., Stasiuk, O. O., Oryshych, D. V.

Influence of the Ambient Medium in the Course of Laser Treatment on the Resistance of Titanium to Hydrogen Embrittlement by Pryadko, T. V., Dekhtyarenko, V. A., Shkola, A. A.

Influence of the Substitution of Chromium for Manganese on the Structure and Hydrogen-Sorption Properties of Ti47.5Zr30Mn22.5 Eutectic Alloy by Pryadko, T. V., Dekhtyarenko, V. A., Khranovs’ka, K. M., Mohyl’nyi, H. S.

Electrophysical Properties of Composites Based on Hydrogenated Titanium with Different Contents of Thermally Expanded Graphite by Mykhailova, H. Yu, Len, E. G., Yakymchuk, M. M., Dekhtyarenko, V. A., Galstian, I. Ye, Shevchenko, M. Ya, Gerasymov, O. Yu, Tsapko, E. A., Patoka, V. I., Rud, M. O.

Hydrogen storage of the Mg–C composites by Rud, A.D., Lakhnik, A.M., Ivanchenko, V.G., Uvarov, V.N., Shkola, A.A., Dekhtyarenko, V.A., Ivaschuk, L.I., Kuskova, N.I.

Hydrogen-Sorption Properties of the Alloy Ti$_{15.5}$Zr$_{30}$Mn$_{38}$V$_{5.5}$Cr$_{5.5}$Co$_{5.5}$ Based on the Laves Phase (Type $C$14) by Dekhtyarenko, V. A.

Hydrogen Storage Properties of Ti$_{15.4}$Zr$_{30.2}$Mn$_{44}$V$_{5.4}$Сr$_5$ Alloy Produced by Induction and Arc Melting by Dekhtyarenko, V. A.

Alloy Based on Intermetallic (Ti, Zr)(V, Mn, Сr)$_{2-x}$ Obtained Using Titanium Sponge for Hydrogen Sorption by Dekhtyarenko, V. A.

Hydrogenation process in multiphase alloys of Ti-Zr-Mn-V system on the example of Ti42.75Zr27Mn20.25V10 alloy by Dekhtyarenko, V.A., Pryadko, T.V., Savvakin, D.G., Bondarchuk, V.I., Mogylnyy, G.S.

Structure and Hydrogen Sorption Properties of (Ti$_{0,34}$Zr$_{0,66}$)Mn$_{1,1}$V$_{0,1}$ Alloy by Dekhtyarenko, V. A.

Hydrogen-Sorption Properties of a Composite (Ti—Zr—Mn—V)—Mg by Dekhtyarenko, V. A.

Influence of Partial Substitution of Manganese with Chromium on Structure and Kinetics of Hydrogenation of an Alloy Based on the (Ti, Zr)(V, Mn)$_{2-x}$ Intermetallide by Pryadko, T. V., Dekhtyarenko, V. A.

Influence of the Substitution of Chromium for Manganese on the Structure and Hydrogen-Sorption Properties of Ti.sub.47.5Zr.sub.30Mn.sub.22.5 Eutectic Alloy by Pryadko, T. V, Dekhtyarenko, V. A, Khranovs'ka, K. M, Mohyl'nyi, H. S

On Role of Plasma Electrons in CVD Synthesis of Carbon Nanostructures with Addition of Plasma Component of Carbon-Containing Gas by Svavil’nyi, M. Ye, Panarin, V. Ye, Shkola, A. A.

Hydrogen Embrittlement of Titanium: Phenomena and Main Ways of Prevention by V.A. Dekhtyarenko, T.V. Pryadko, О.І. Boshko, V.V. Kirilchuk, H.Yu. Mykhailova, and V.I. Bondarchuk

Structure, Phase Composition and Hydrogen Adsorption Properties of Eutectic Alloys of the Ti–Zr–Mn–V System by Dekhtyarenko, V. A., Pryadko, T. V., Savvakin, D. G., Kosorukova, T. A.

Hydrogen Sorption Properties of Ti$_{0,475}$Zr$_{0,3}$Mn$_{0,225}$ Eutectic Alloy Alloyed with 2 at.% and 5 at.% of Vanadium by Ivanchenko, V. G., Dekhtyarenko, V. A., Pryadko, T. V.

Complex Approach to Protecting Titanium Constructions from Hydrogen Embrittlement by Pryadko, T. V., Dekhtyarenko, V. A., Bondarchuk, V. I., Vasilyev, M. A., Voloshko, S. M.

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Search Results - "Dekhtyarenko, V. A."

TiMn2-Based Intermetallic Alloys for Hydrogen Accumulation: Problems and Prospects by Dekhtyarenko, V. A., Savvakin, D. G., Bondarchuk, V. I., Shyvaniuk, V. M., Pryadko, T. V., Stasiuk, O. O.

Structure, Phase Composition, and Hydrogen Absorption Properties of Multiphase Alloys of Ti–Zr–Mn–V System Alloyed with Holmium by Dekhtyarenko, V. A., Pryadko, T. V., Savvakin, D. G., Bondarchuk, V. I.

Hydrogen Absorption and Desorption by Niobium and Tantalum by Dekhtyarenko, V. A., Savvakin, D. G., Stasiuk, O. O., Oryshych, D. V.

Hydrogen-Sorption Properties of the Alloy Ti$_{15.5}$Zr$_{30}$Mn$_{38}$V$_{5.5}$Cr$_{5.5}$Co$_{5.5}$ Based on the Laves Phase (Type $C$14) by Dekhtyarenko, V. A.

Hydrogen Storage Properties of Ti$_{15.4}$Zr$_{30.2}$Mn$_{44}$V$_{5.4}$Сr$_5$ Alloy Produced by Induction and Arc Melting by Dekhtyarenko, V. A.

Alloy Based on Intermetallic (Ti, Zr)(V, Mn, Сr)$_{2-x}$ Obtained Using Titanium Sponge for Hydrogen Sorption by Dekhtyarenko, V. A.

Structure and Hydrogen Sorption Properties of (Ti$_{0,34}$Zr$_{0,66}$)Mn$_{1,1}$V$_{0,1}$ Alloy by Dekhtyarenko, V. A.

Hydrogen-Sorption Properties of a Composite (Ti—Zr—Mn—V)—Mg by Dekhtyarenko, V. A.

Influence of Partial Substitution of Manganese with Chromium on Structure and Kinetics of Hydrogenation of an Alloy Based on the (Ti, Zr)(V, Mn)$_{2-x}$ Intermetallide by Pryadko, T. V., Dekhtyarenko, V. A.

On Role of Plasma Electrons in CVD Synthesis of Carbon Nanostructures with Addition of Plasma Component of Carbon-Containing Gas by Svavil’nyi, M. Ye, Panarin, V. Ye, Shkola, A. A.

Structure, Phase Composition and Hydrogen Adsorption Properties of Eutectic Alloys of the Ti–Zr–Mn–V System by Dekhtyarenko, V. A., Pryadko, T. V., Savvakin, D. G., Kosorukova, T. A.

Hydrogen Sorption Properties of Ti$_{0,475}$Zr$_{0,3}$Mn$_{0,225}$ Eutectic Alloy Alloyed with 2 at.% and 5 at.% of Vanadium by Ivanchenko, V. G., Dekhtyarenko, V. A., Pryadko, T. V.

Complex Approach to Protecting Titanium Constructions from Hydrogen Embrittlement by Pryadko, T. V., Dekhtyarenko, V. A., Bondarchuk, V. I., Vasilyev, M. A., Voloshko, S. M.