Abstract
Synthesis of titanium silicon carbide (Ti 3SiC 2) from nonstoichiometric mixtures of the elemental Ti, Si, and active carbon powders (3Ti:1.2Si:2C) were investigated. The effects of temperature and time on the phase purity of the Ti 3SiC 2 were examined. Mechanical properties of high-purity Ti 3SiC 2 polycrystals were evaluated. The fracture toughness of materials was improved by laminate fracture and grain buckling.
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