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MМ Kuz’menko, NN Kuzmenko, НН Кузьменко, MM Kuzmenko
MМ Kuz’menko, NN Kuzmenko, НН Кузьменко, MM Kuzmenko
其他姓名ММ Кузьменко
PhD in Engineering, Institute Problems of Materials Science, National Academy of Sciences of
在 ipms.kiev.ua 的电子邮件经过验证
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New equipment for production of super hard spherical tungsten carbide and other high-melting compounds using the method of plasma atomization of rotating billet
V Korzhyk, LD Kulak, VE Shevchenko, VV Kvasnitskiy, NN Kuzmenko, ...
Materials Science Forum 898, 1485-1497, 2017
292017
Titanium ‘cast irons’ and titanium ‘steels,’
SA Firstov, SV Tkachenko, NN Kuz’menko
Metalloved. Term. Obrab. Met, 14-20, 2009
21*2009
Structure and mechanical properties of cast alloys of the Ti-Si system
MM Kuz’Menko
Materials Science 44 (1), 49-53, 2008
19*2008
Titanium “irons” and titanium “steels”
SA Firstov, SV Tkachenko, NN Kuz’menko
Metal Science and Heat Treatment 51 (1), 12-18, 2009
172009
Титановые «чугуны» и титановые «стали»
СА Фирстов, СВ Ткаченко, НН Кузьменко
Металловедение и термическая обработка металлов, 14-20, 2009
142009
Effect of plastic deformation on the structure and mechanical properties of Ti–Si alloys
MM Kuz’menko
Modern Issues of Physical Materials Science, 118-121, 2007
14*2007
High-temperature strength of titanium alloys alloyed with silicon, aluminum, and zirconium in air
NY Poryadchenko, MM Kuz'menko, IV Oryshych, ND Khmelyuk, LD Kulak, ...
Materials Science 41, 230-236, 2005
122005
Alloys of the Ti–Al–Zr–Si system intended for operation at high temperatures
SО Firstov, LD Кulak, MМ Kuz’menko, OМ Shevchenko
Materials Science 54, 783-788, 2019
11*2019
Producing high-temperature titanium alloys of Ti–Al–Zr–Si–Mo–Nb–Sn system by electron beam melting
SV Akhonin, VO Berezos, OM Pikulin, AY Severyn, OO Kotenko, ...
The Paton Welding J 7, 39-45, 2022
102022
Optimization of the composition and heat treatment of the cast biocompatible Ti-18Nb-xSi alloys
OM Shevchenko, LD Kulak, OV Datskevich, MM Kuz'menko, ...
Dopovyidyi Natsyional'noyi Akademyiyi Nauk Ukrayini, 62-68, 2016
92016
Powder metallurgy production of Ti–5.4 wt.% Si Alloy. II. Structure and Strength of the Sintered Material
DN Brodnikovskii, NI Lugovoi, NP Brodnikovskii, VN Slyunyaev, ...
Powder Metallurgy and Metal Ceramics 52, 539-544, 2014
92014
Hot forming behaviour of Ti–Al–Zr–Si “in situ” metal matrix composite by means of hot torsion tests
P Cavaliere, M El Mehtedi, E Evangelista, N Kuzmenko, O Vasylyev
Composites Part A: Applied Science and Manufacturing 37 (10), 1514-1520, 2006
92006
Investigation of Structure of the Quenched Cast Biocompatible Ti–18Nb–хSi Alloys
ОМ Shevchenko, LD Kulak, MM Kuzmenkо, AV Kotko, SO Firstov
Metallofiz. Noveishie Tekhnol 39 (6), 823-837, 2017
8*2017
Structure and properties of atomized powders of tungsten carbide WC+ W2C alloys
VM Volkogon, SK Avramchuk, DA Kotlyar, NN Kuzmenko, LD Kulak, ...
Rock cutting and metalworking tools-machinery and technology of its …, 2010
8*2010
Influence of the structure on the high-temperature cyclic crack resistance of Ti-8Al-1.4 Si-2.2 Zr alloy
OP Ostash, AD Ivasyshyn, LD Kulak, MM Kuz’menko
Materials Science 44, 360-367, 2008
82008
Perspective materials for application in fuel-cell technologies
M Kuzmenko, N Poryadchenko
Fuel Cell Technologies: State and Perspectives: Proceedings of the NATO …, 2005
82005
Influence of rigid particles of silicide on character of deformation of alloys on the base of a titanium at the high temperatures
DN Brodnikovsky, AV Golovash, SV Tkachenko, IY Okun, NN Kuz'menko, ...
Metallofizika i noveishie tekhnologii 28, 165-174, 2006
72006
Titanium based ceramic reinforced alloy for use in medical implants
AE Fisk, A Demchyshyn, M Kuzmenko, S Firstov, L Kulak
US Patent 9,039,963, 2015
62015
Effect of plastic deformation on mechanical properties of eutectic alloys of the Ti-Al-Si-Zr system
SA Firstov, YN Podrezov, MM Kuz’menko, NI Danilenko, ...
Fiz. a Tekhnika Vysok. Davlenij 12, 28-38, 2002
6*2002
Формування структури литих біосумісних стопів системи Ti-Nb-Si
ОМ Шевченко, ЛД Кулак, ММ Кузьменко, СО Фірстов
Metallofizika i Novejsie Tehnologii 41 (3), 2019
5*2019
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