MOULDING AND ACTIVATED SINTERING OF SPHERICAL POWDERS COVERED WITH CONDENSATE

The problem of porous powder materials obtaining from spherical stainless steel powders has been solved by the nanotechnology development. The technology make it possible to form condensate on the powder particles surface with the thickness of more than 300 nm from Si and (Si + C) or (Mo – Si)-eleme...

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Main Authors:	V. N. Kovalevsky, A. V. Kovalevskaya, S. V. Grigoriev, A. E. Zhuk, D. I. Antonchik, A. I. Iliukevich
Format:	Article
Language:	Russian
Published:	Belarusian National Technical University 2013-04-01
Series:	Nauka i Tehnika
Online Access:	https://sat.bntu.by/jour/article/view/106

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spelling	doaj-74630989b17b4ee1a5713c496cce61482021-07-29T08:29:31ZrusBelarusian National Technical UniversityNauka i Tehnika2227-10312414-03922013-04-0102131799MOULDING AND ACTIVATED SINTERING OF SPHERICAL POWDERS COVERED WITH CONDENSATEV. N. Kovalevsky0A. V. Kovalevskaya1S. V. Grigoriev2A. E. Zhuk3D. I. Antonchik4A. I. Iliukevich5Belarusian National Technical UniversityBelarusian National Technical UniversityBelarusian National Technical UniversityBelarusian National Technical UniversityBelarusian National Technical UniversityBelarusian National Technical UniversityThe problem of porous powder materials obtaining from spherical stainless steel powders has been solved by the nanotechnology development. The technology make it possible to form condensate on the powder particles surface with the thickness of more than 300 nm from Si and (Si + C) or (Mo – Si)-element mixture layers. The shearing deformation of the elements during formation permits to activate surface layers and subsequent isothermal heating leads to the ceramic coating generation and spherical 12Kh18N10T-steel powder sintering.https://sat.bntu.by/jour/article/view/106
collection	DOAJ
language	Russian
format	Article
sources	DOAJ
author	V. N. Kovalevsky A. V. Kovalevskaya S. V. Grigoriev A. E. Zhuk D. I. Antonchik A. I. Iliukevich
spellingShingle	V. N. Kovalevsky A. V. Kovalevskaya S. V. Grigoriev A. E. Zhuk D. I. Antonchik A. I. Iliukevich MOULDING AND ACTIVATED SINTERING OF SPHERICAL POWDERS COVERED WITH CONDENSATE Nauka i Tehnika
author_facet	V. N. Kovalevsky A. V. Kovalevskaya S. V. Grigoriev A. E. Zhuk D. I. Antonchik A. I. Iliukevich
author_sort	V. N. Kovalevsky
title	MOULDING AND ACTIVATED SINTERING OF SPHERICAL POWDERS COVERED WITH CONDENSATE
title_short	MOULDING AND ACTIVATED SINTERING OF SPHERICAL POWDERS COVERED WITH CONDENSATE
title_full	MOULDING AND ACTIVATED SINTERING OF SPHERICAL POWDERS COVERED WITH CONDENSATE
title_fullStr	MOULDING AND ACTIVATED SINTERING OF SPHERICAL POWDERS COVERED WITH CONDENSATE
title_full_unstemmed	MOULDING AND ACTIVATED SINTERING OF SPHERICAL POWDERS COVERED WITH CONDENSATE
title_sort	moulding and activated sintering of spherical powders covered with condensate
publisher	Belarusian National Technical University
series	Nauka i Tehnika
issn	2227-1031 2414-0392
publishDate	2013-04-01
description	The problem of porous powder materials obtaining from spherical stainless steel powders has been solved by the nanotechnology development. The technology make it possible to form condensate on the powder particles surface with the thickness of more than 300 nm from Si and (Si + C) or (Mo – Si)-element mixture layers. The shearing deformation of the elements during formation permits to activate surface layers and subsequent isothermal heating leads to the ceramic coating generation and spherical 12Kh18N10T-steel powder sintering.
url	https://sat.bntu.by/jour/article/view/106
work_keys_str_mv	AT vnkovalevsky mouldingandactivatedsinteringofsphericalpowderscoveredwithcondensate AT avkovalevskaya mouldingandactivatedsinteringofsphericalpowderscoveredwithcondensate AT svgrigoriev mouldingandactivatedsinteringofsphericalpowderscoveredwithcondensate AT aezhuk mouldingandactivatedsinteringofsphericalpowderscoveredwithcondensate AT diantonchik mouldingandactivatedsinteringofsphericalpowderscoveredwithcondensate AT aiiliukevich mouldingandactivatedsinteringofsphericalpowderscoveredwithcondensate
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MOULDING AND ACTIVATED SINTERING OF SPHERICAL POWDERS COVERED WITH CONDENSATE

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