Abstract The possibility of producing powder composite materials in the SiC–Ti system by explosive compaction without subsequent sintering was studied. It was found that, under these conditions, the densification of SiC and Ti powder mixtures is due to the interparticle displacement and deformation of particles of the carbide phase. It was shown that the main condition for the consolidation is the heating of the initial powder mixture by shock-wave compression to temperatures above 780°C.

中文翻译：

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碳化硅基粉体材料爆炸压实结构的形成

摘要 研究了在 SiC-Ti 系中通过爆炸压实生产粉末复合材料而无需后续烧结的可能性。研究发现，在这些条件下，碳化硅和钛粉末混合物的致密化是由于碳化物相颗粒的颗粒间位移和变形。结果表明，固结的主要条件是通过冲击波压缩将初始粉末混合物加热到 780°C 以上的温度。