Fine defective structure of silicon carbide powders obtained from different starting materials

The fine defective structure of silicon carbide powders obtained from silicic acid-saccharose, aerosil saccharose, aerosil-sarbon black, and hydrated cellulose-silicic acid gel systems was investigated. The relation between IR absorption characteristics and the microstructure of SiC particles obtain...

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Published in:Science of sintering 2006-05, Vol.38 (2), p.177-181
Main Authors: Tomila, T V, Vlasova, M V, Kakazey, M G, Vyshnyakova, K L, Ragulya, A V, Pereselentseva, L N
Format: Article
Language:English
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absorption frequency
intensity
lattice parameter
silicon carbide
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container_issue 2
container_start_page 177
container_title Science of sintering
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creator Tomila, T V
Vlasova, M V
Kakazey, M G
Vyshnyakova, K L
Ragulya, A V
Pereselentseva, L N
description The fine defective structure of silicon carbide powders obtained from silicic acid-saccharose, aerosil saccharose, aerosil-sarbon black, and hydrated cellulose-silicic acid gel systems was investigated. The relation between IR absorption characteristics and the microstructure of SiC particles obtained from different starting materials was established. The numerical relationship between the lattice parameter a and the frequency VTO is presented.
doi_str_mv 10.2298/SOS0602177T
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subjects absorption frequency
intensity
lattice parameter
silicon carbide
title Fine defective structure of silicon carbide powders obtained from different starting materials
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