Study of the phase evolution during the mechanical alloying of the TiN-TiC-TiB2-TiO2 system

Synthesis of Ceramics Titanium Compounds by Mechanical Alloying of Tib2-Tin Systems

“…It is enough to give an example of titanium oxynitride, which has already been successfully tested as implants of the organs of the cardiovascular system, although its "components" -nitride and oxidecould not be used in this area. [1] Composite materials, in which carbides, nitrides, carbonitrides, titanium borides are used as a hardening medium, are dispersion-hardened (DHCM). Both the DHCM themselves and their coatings applied to other materials are capable of operating under high mechanical loads, elevated temperatures, and in aggressive environments.…”

Mechanical properties of extruded mixed components based on aluminum powders and ternary aluminum-containing intermetallic compounds synthesized by various methods

“…As a result of such an introduction, the system will significantly differ from the equilibrium one and will contain significantly more than in accordance with classical phase diagrams, the number of strengthening phases. This content is determined only by the interests of the researcher, aimed at obtaining the best set of strength and service characteristics of the material after thermoplastic processing of the mixtures [1][2][3]. Triple intermetallic (TIM) compounds are found in many industrial alloys based on aluminum Aluminium and have a significant influence on their properties.…”