High-energy ultrafine metal powders in the manufacture of ceramic materials

Research output: Contribution to journalArticle

Abstract

The addition of metal powders produced by electric-pulse sputtering is examined as a possible way to activate sintering of conventional and plasma-chemical oxide systems. Since the metal particles have an extremely small size and large specific surface area, it is possible to assure sufficiently uniform distribution of the metal over the surface of the oxide particles when such systems are mixed. The high energy of the metal powders promotes the formation of contact zones and enhances the strength of the sinter.

Original languageEnglish
Pages (from-to)361-364
Number of pages4
JournalGlass and Ceramics (English translation of Steklo i Keramika)
Volume54
Issue number11-12
Publication statusPublished - 1997

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Powder metals
Ceramic materials
Oxides
Metals
Specific surface area
Sputtering
Sintering
Plasmas
Ultrafine

ASJC Scopus subject areas

  • Ceramics and Composites

Cite this

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title = "High-energy ultrafine metal powders in the manufacture of ceramic materials",
abstract = "The addition of metal powders produced by electric-pulse sputtering is examined as a possible way to activate sintering of conventional and plasma-chemical oxide systems. Since the metal particles have an extremely small size and large specific surface area, it is possible to assure sufficiently uniform distribution of the metal over the surface of the oxide particles when such systems are mixed. The high energy of the metal powders promotes the formation of contact zones and enhances the strength of the sinter.",
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AB - The addition of metal powders produced by electric-pulse sputtering is examined as a possible way to activate sintering of conventional and plasma-chemical oxide systems. Since the metal particles have an extremely small size and large specific surface area, it is possible to assure sufficiently uniform distribution of the metal over the surface of the oxide particles when such systems are mixed. The high energy of the metal powders promotes the formation of contact zones and enhances the strength of the sinter.

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