Technical Notes - Structure of the Phase TiMn and the Indexing of Powder Patterns of Sigma-Type Phases

The American Institute of Mining, Metallurgical, and Petroleum Engineers
R. P. Elliott W. Rostoker
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
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2
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323 KB
Publication Date:
Jan 1, 1954

Abstract

TWO intermediate phases enter into equilibrium with the primary solid solutions of titanium.' The TiMn2 phase was identified by Wallbaum2 as of the C14 type isomorphous with MgZn2. Contrary to Maykuth, et al.,¹ the phase occuring at about the 50-50 atomic proportion has been shown to derive from a peritectoid reaction.:' A 30 day anneal at 900°C of an alloy containing 52 wt pct Mn developed sufficient of the new phase to give a clear and predominant diffraction pattern. The powder pattern was taken in a 14 cm diameter powder camera using filtered Cu Ka radiation. In all, 75 lines were recognized and measured. Interplanar spacing and observed intensities for the first 26 of these are given in Table I.
Citation

APA: R. P. Elliott W. Rostoker  (1954)  Technical Notes - Structure of the Phase TiMn and the Indexing of Powder Patterns of Sigma-Type Phases

MLA: R. P. Elliott W. Rostoker Technical Notes - Structure of the Phase TiMn and the Indexing of Powder Patterns of Sigma-Type Phases. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1954.

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