Journal
GLASS AND CERAMICS
Volume 71, Issue 3-4, Pages 128-131Publisher
SPRINGER
DOI: 10.1007/s10717-014-9634-x
Keywords
composite material; ceramic; aluminum oxide; carbon nanotubes; vacuum firing; strength in bending
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Funding
- Russian Foundation for Fundamental Research [11-08-01072-a]
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A composite material based on alpha -Al2O3 and two types of carbon nanotubes obtained from a methane-hydrogen mixture and propane-butane mixture was synthesized. The results of vacuum sintering and a comparative analysis of the structure of the material obtained as a function of the type of nanotubes and their content 3 - 24 vol.% are presented. A composite material with equal crystallite structure and uniform distribution of nanotubes in the matrix, demonstrating an increase in strength in bending to 400 MPa, is obtained.
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