1974
DOI: 10.1007/bf00552822
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Aspects of phase equilibria in Fe/Co/2.5 to 3.0% V alloys

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Cited by 24 publications
(18 citation statements)
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“…They also estimated the composition of the precipitate phase to 22V-65Co-15Fe (wt%). Bennett and Pinnel [7] noted the inconsistency between the composition proposed in [25] and the isotherm section of Fe-Co-V proposed by Koster and Schmidt [21], which places the c formed at low temperature in the a + c + c 2 field. However, the problem remained discussed in terms of a + c equilibrium (for example [8,26] of Ashby et al [10], who proposed that the phase precipitating at low temperature is not c but a Fe-substituted variant of the Co 3 V compound, (Fe,Co) 3 V, with LI 2 structure (ordered f.c.c.…”
Section: Lower Temperature Phasesmentioning
confidence: 95%
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“…They also estimated the composition of the precipitate phase to 22V-65Co-15Fe (wt%). Bennett and Pinnel [7] noted the inconsistency between the composition proposed in [25] and the isotherm section of Fe-Co-V proposed by Koster and Schmidt [21], which places the c formed at low temperature in the a + c + c 2 field. However, the problem remained discussed in terms of a + c equilibrium (for example [8,26] of Ashby et al [10], who proposed that the phase precipitating at low temperature is not c but a Fe-substituted variant of the Co 3 V compound, (Fe,Co) 3 V, with LI 2 structure (ordered f.c.c.…”
Section: Lower Temperature Phasesmentioning
confidence: 95%
“…However, it appears that the exact stoichiometry has sometimes been neglected in comparisons. For example, while some of the values obtained by Martin and Geisler [16], or Ashby et al [10] are for equiatomic content in Fe and Co, other values are for alloys with identical wt% of Fe and Co, which corresponds to an excess of Fe in at% (for example, [7]. [21,22]; s are points identified as single-phased regions and d as two-phases regions.…”
Section: A/a + C Boundarymentioning
confidence: 98%
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