STRUCTURE, PHASE COMPOSITION AND PROPERTIES OF GAS-THERMAL COVERINGS OF MECHANICALLY ALLOYED THERMOREACTING COMPOSITE POWDERS OF NICKEL-ALUMINIUM SYSTEM

STRUCTURE, PHASE COMPOSITION AND PROPERTIES OF GAS-THERMAL COVERINGS OF MECHANICALLY ALLOYED THERMOREACTING COMPOSITE POWDERS OF NICKEL-ALUMINIUM SYSTEM

The presented results show that coverings from mechanically alloyed thermoreacting powders of system «nickel–aluminum» are nonequilibrium multiphase systems which basis represents solid solution of aluminum in nickel. It has the microcrystalline type of structure which is characterized by an advance...

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Bibliographic Details
Main Authors: F. G. Lovshenko, G. F. Lovshenko, A. S. Fedosenko
Format: Article
Language:English
Published: Belarusian National Technical University 2015-11-01
Series:Litʹë i Metallurgiâ
Subjects:
reactionary mechanical alloying
thermoreacting powders
sputtering
coverings
conversions
phase composition
structure
properties
Online Access:https://lim.bntu.by/jour/article/view/531
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spelling doaj-066a802bd2074983b993ad1b166e99d92021-07-29T08:34:04ZengBelarusian National Technical UniversityLitʹë i Metallurgiâ1683-60652414-04062015-11-0102139148525STRUCTURE, PHASE COMPOSITION AND PROPERTIES OF GAS-THERMAL COVERINGS OF MECHANICALLY ALLOYED THERMOREACTING COMPOSITE POWDERS OF NICKEL-ALUMINIUM SYSTEMF. G. Lovshenko0G. F. Lovshenko1A. S. Fedosenko2Belarusian-Russian UniversityBelаrusian National Technical UniversityBelarusian-Russian UniversityThe presented results show that coverings from mechanically alloyed thermoreacting powders of system «nickel–aluminum» are nonequilibrium multiphase systems which basis represents solid solution of aluminum in nickel. It has the microcrystalline type of structure which is characterized by an advanced surface of borders of the grains and subgrains stabilized by nanodimensional inclusions of oxides and alyuminid. These coverings surpass by 1,2–1,6 times analogs in durability, hardness and wear resistance.https://lim.bntu.by/jour/article/view/531reactionary mechanical alloyingthermoreacting powderssputteringcoveringsconversionsphase compositionstructureproperties
collection DOAJ
language English
format Article
sources DOAJ
author F. G. Lovshenko
G. F. Lovshenko
A. S. Fedosenko
spellingShingle F. G. Lovshenko
G. F. Lovshenko
A. S. Fedosenko
STRUCTURE, PHASE COMPOSITION AND PROPERTIES OF GAS-THERMAL COVERINGS OF MECHANICALLY ALLOYED THERMOREACTING COMPOSITE POWDERS OF NICKEL-ALUMINIUM SYSTEM
Litʹë i Metallurgiâ
reactionary mechanical alloying
thermoreacting powders
sputtering
coverings
conversions
phase composition
structure
properties
author_facet F. G. Lovshenko
G. F. Lovshenko
A. S. Fedosenko
author_sort F. G. Lovshenko
title STRUCTURE, PHASE COMPOSITION AND PROPERTIES OF GAS-THERMAL COVERINGS OF MECHANICALLY ALLOYED THERMOREACTING COMPOSITE POWDERS OF NICKEL-ALUMINIUM SYSTEM
title_short STRUCTURE, PHASE COMPOSITION AND PROPERTIES OF GAS-THERMAL COVERINGS OF MECHANICALLY ALLOYED THERMOREACTING COMPOSITE POWDERS OF NICKEL-ALUMINIUM SYSTEM
title_full STRUCTURE, PHASE COMPOSITION AND PROPERTIES OF GAS-THERMAL COVERINGS OF MECHANICALLY ALLOYED THERMOREACTING COMPOSITE POWDERS OF NICKEL-ALUMINIUM SYSTEM
title_fullStr STRUCTURE, PHASE COMPOSITION AND PROPERTIES OF GAS-THERMAL COVERINGS OF MECHANICALLY ALLOYED THERMOREACTING COMPOSITE POWDERS OF NICKEL-ALUMINIUM SYSTEM
title_full_unstemmed STRUCTURE, PHASE COMPOSITION AND PROPERTIES OF GAS-THERMAL COVERINGS OF MECHANICALLY ALLOYED THERMOREACTING COMPOSITE POWDERS OF NICKEL-ALUMINIUM SYSTEM
title_sort structure, phase composition and properties of gas-thermal coverings of mechanically alloyed thermoreacting composite powders of nickel-aluminium system
publisher Belarusian National Technical University
series Litʹë i Metallurgiâ
issn 1683-6065
2414-0406
publishDate 2015-11-01
description The presented results show that coverings from mechanically alloyed thermoreacting powders of system «nickel–aluminum» are nonequilibrium multiphase systems which basis represents solid solution of aluminum in nickel. It has the microcrystalline type of structure which is characterized by an advanced surface of borders of the grains and subgrains stabilized by nanodimensional inclusions of oxides and alyuminid. These coverings surpass by 1,2–1,6 times analogs in durability, hardness and wear resistance.
topic reactionary mechanical alloying
thermoreacting powders
sputtering
coverings
conversions
phase composition
structure
properties
url https://lim.bntu.by/jour/article/view/531
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AT gflovshenko structurephasecompositionandpropertiesofgasthermalcoveringsofmechanicallyalloyedthermoreactingcompositepowdersofnickelaluminiumsystem
AT asfedosenko structurephasecompositionandpropertiesofgasthermalcoveringsofmechanicallyalloyedthermoreactingcompositepowdersofnickelaluminiumsystem
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