1968
DOI: 10.1016/0001-6160(68)90066-7
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Thermodynamic properties of h.c.p. iron and iron-ruthenium alloys

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Cited by 61 publications
(15 citation statements)
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“…A s (K) ϭ 552.6 Ϫ 5.0 (wt pct Mn) [6] This means that the T 0 temperatures measured by Ishida and Nishizawa [18] are also high because the T 0 temperature is In order to obtain the new ⌬⍀ ␥→ FeMn , we assumed that ⌬⍀ ␥→ FeMn is one order equation of Mn content and adjusted almost equal to the average value of M s and A s temperatures [2] and also indicates that the ⌬⍀ ␥→ FeMn proposed by Ishida and the coefficients to agree with experimental T 0 temperatures, as in Ishida and Nishizawa's work. [18] The T 0 temperatures were calculated by putting the M s and the A s temperatures in Figures 2 and 3 into the following equation proposed by Kaufman and Cohen: [2] Figure 4 shows the variation of the experimental T 0 temperature with Mn content.…”
Section: ⌬⍀ ␥→mentioning
confidence: 99%
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“…A s (K) ϭ 552.6 Ϫ 5.0 (wt pct Mn) [6] This means that the T 0 temperatures measured by Ishida and Nishizawa [18] are also high because the T 0 temperature is In order to obtain the new ⌬⍀ ␥→ FeMn , we assumed that ⌬⍀ ␥→ FeMn is one order equation of Mn content and adjusted almost equal to the average value of M s and A s temperatures [2] and also indicates that the ⌬⍀ ␥→ FeMn proposed by Ishida and the coefficients to agree with experimental T 0 temperatures, as in Ishida and Nishizawa's work. [18] The T 0 temperatures were calculated by putting the M s and the A s temperatures in Figures 2 and 3 into the following equation proposed by Kaufman and Cohen: [2] Figure 4 shows the variation of the experimental T 0 temperature with Mn content.…”
Section: ⌬⍀ ␥→mentioning
confidence: 99%
“…In the present study, the regular solution model proposed The driving force for ␥ → martensitic transformation by Ishida [9] is reexamined on the basis of a number of experiin iron-based alloys has been scarcely investigated except mental data of the martensitic transformation temperatures in Fe-Ru [6] and Fe-Mn [7] alloys because of the limitations (M s and A s ), which have been reported since his work. Both of chemical compositions and the alloy systems in which the driving force for ␥ → martensitic transformation and ␥ → martensitic transformation can occur.…”
Section: Introductionmentioning
confidence: 99%
“…1 we show the enthalpies of formation for alloys of Ru with 3d, 4d and 5d transition metals against the atomic number of the metal. We cite measurements by Guo and Kleppa [1], by Meschel and Kleppa [3,4], by Stepakoff and Kaufman [34], by Brewer and Lamoreaux [15] by Selhaoui and Kleppa [35] and by Topor and Kleppa [37]. In Fig.…”
Section: Discussionmentioning
confidence: 99%
“…The value of H FeRu is presented in Table 2 together with corresponding values derived from calorimetric experiments [17] as well as calculated using the cellular atomic model of alloys developed by Miedema [13].…”
Section: An Enthalpy Of Solution Of Ruthenium In Ironmentioning
confidence: 99%
“…According to our knowledge in the available literature there is no experimental data concerning the short-range order in Fe-Ru alloys. Moreover, the values of enthalpy of solution of Ru in Fe were estimated only for liquid phase at 2700 K and for γ -Fe matrix at 1600 K [17].…”
Section: Introductionmentioning
confidence: 99%