Abstract
Shock-induced chemical transformations in Ti–B–Ni and Ti–C–Ni powder blends were explored by XRD and EDS methods (flyer velocities 1000 and 1500 m/s). The blends based on Ti–C showed lower sensitivity to shock compression compared to those based on Ti–B. Synthesized products comprised of TiC or TiB2 grains in a Ti–Ni binder. Preliminary mechanical alloying of reactive mixtures was found to elevate their sensitivity to shock compression. The obtained results may turn helpful in designing and optimizing the processes for fabrication of layered cermets.
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