Abstract Ti–24Al–33Mn alloy containing cubic TiMn0. 32Al2. 68, hexagonal TiMn0. 755Al1.
246, and Mn3Al2 was prepared by combustion synthesis (SHS method). The synthesized …

Alloys based on the Ti–Al–Mn ternary system are among the most important in the
development of doped titanium alloys for various purposes. In this work, an alloy made of …

Alloys based on the $\mathrm {Ti} $–$\mathrm {Al} $–$\mathrm {Mn} $ ternary system are
among the most important in the development of doped titanium alloys for various purposes …

A lightweight intermetallic alloy containing the ternary phase Al 18 Ti 2 Mg 3 has been
prepared for the first time in the Ti–Al–Mg system by self-propagating high-temperature …

Abstract (Ti–Al–Mn)/Ti metal–intermetallic layered material was prepared by SHS pressing.
It was found that the combustion product obtained in Ti–Al–Mn layer consists of hexagonal …

For products of thermal explosion in Ti–Nb–2Al, Ti–Nb–2.5 Al, and Ti–Nb–3Al compacts,
investigated were their morphology, phase composition, microstructure, and some physical …

Titanium aluminides with various amounts of aluminium were prepared by Self-propagating
High-temperature Synthesis (SHS). Ti-20 wt.% Al, Ti-38 wt.% Al and Ti-63 wt.% Al were …

In order to investigate the microstructural evolution during self-propagating high-temperature
synthesis (SHS) of Ti-Al powder mixture with an atomic ratio of Ti: Al= 1: 1, a combustion …

Preparation of the ternary carbide Ti2AlC was conducted by combustion synthesis in the
mode of self-propagating high-temperature synthesis (SHS) from the elemental powder …

Titanium aluminide compounds were synthesized by the thermal explosion mode of self-
propagating high-temperature synthesis (SHS). The effects of heating rate on the …