Author:
Singh A. K.,Kumar S.,Banumathy S.,Mandal R. K.
Reference18 articles.
1. Naka, S, Thomas, MMarty, M. 1993.Structural Intermetallics, Edited by: Daralia, R, Lewandowski, JJLiu, CT. 647Warrendale, PA: The Minerals, Metals and Materials Society.
2. Microstructure and phase relations for Ti-Mo-Al alloys
3. Effect of Mo addition on transformation behavior of (α2+γ) based Ti–Al alloys
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