Abstract
In contact with titanium-containing metals alloyed with aluminum under conditions of high temperatures (1730–1750°C) and high vacuum (2.5·10−6–3.0·10−6MPa) all of the constituent oxides of magnesia concretes using water glass are thermodynamically unstable and are reduced to the metallic liquid or gaseous phase with simultaneous formation of titanium monoxide and alumina-magnesia spinel.
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