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Carbon fiber-reinforced zirconium carbide matrix (C f /ZrC) composites were fabricated at 1200°C, by vacuum infiltrating C f /C performs with molten Zr 7 Cu 10 , ZrCu and Zr 2 Cu intermetallic compound respectively. The influences of Cu contents in the infiltrators on composition, microstructure and ablation resistance of the final composites were investigated...
An attractive way to prepare ZrB 2 –ZrC-based composites at relative low temperature was proposed and confirmed experimentally. The thermodynamics calculations indicated the reaction between B 4 C and Zr 2 Cu was feasible at as low a temperature as 1100°C. The experimental results showed that ZrB 2 –ZrC-based composites could be fabricated by heating Zr 2 Cu-covered...
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