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Please use this identifier to cite or link to this item: http://hdl.handle.net/2080/570

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contributor.authorChaira, Debasis-
contributor.authorMishra, B K-
contributor.authorSangal, S-
identifier.citationMaterial Science and Engineering A, Vol 460-461, P 111-120en
descriptionCopyright for this paper belongs to Elsevieren
description.abstractThe formation of silicon carbide from elemental silicon and graphite powder by reaction milling in a specially designed dual-drive planetary mill is reported. The phase evolutions, particle size distribution, and morphology of particles during milling are studied during a 40-h grinding period. X-ray diffraction study indicates complete conversion of silicon and graphite to silicon carbide. The crystallite size varies from 150 nm from the start to 10 nm after 40 h of milling. The lattice strain increases with milling up to about 20 h when SiC forms and subsequently with the formation of SiC it is reduced. Al–SiC composites are prepared by mixing Al with 40 h milled final SiC powder and sintered in an inert atmosphere. The composites show excellent compatibility between Al and SiC particles, no voids or cracks are present.en
format.extent867012 bytes-
subjectReaction Millingen
subjectSilicon Carbideen
titleSynthesis and characterization of silicon carbide by reaction milling in a dual-drive planetary millen
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