ChemInform Abstract: CONTRIBUTION TO THE STUDY OF THE CHROMIUM‐MANGANESE‐NITROGEN SYSTEM

Ettmayer, Peter; Vendl, Alfred; Horvath, E.; Kieffer, R.

doi:10.1002/chin.197910020

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“…It shows that the data at relatively lower N partial pressures by Schenck et al [66,74] were perfectly reproduced. However, the only datapoint at higher pressure by Ettmayer et al [110] was slightly off calculated results indicating HCP ? Mn 6 N 5 two phase region.…”

Section: The Solubility Of N In Hcp and C 0 -Mn 4 N Phasesmentioning

confidence: 84%

“…Schenck et al [66,74] applied a range of N 2 partial pressure (P N 2 ) from 1 atm to 64 atm to investigate the nitrogen dissolution behavior in Mn at 1000°C. More recently, Ettmayer et al [110] investigated the solubility of nitrogen in Mn at 1000°C under P N 2 ¼ 300 atm. The reported N solubility in HCP phase was compared with previous and Fig.…”

Section: The Solubility Of N In Hcp and C 0 -Mn 4 N Phasesmentioning

confidence: 99%

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Critical Evaluation and Optimization of the Fe-N, Mn-N and Fe-Mn-N Systems

You

Paek

Jung

2018

J. Phase Equilib. Diffus.

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Thermodynamic optimization of the Fe-Mn-N system was performed using CALculation of PHADiagram method based on critical evaluation of all available phase diagrams and thermodynamic data. The Gibbs energies of liquid phase and solid solutions were described using the Modified Quasichemical Model and Compound Energy Formalism, respectively. The Gibbs energies of pure monoatomic N in both liquid and various solid states were newly reassessed for resolving the discrepancies left in the currently available database. Several existing problems in the previous assessments for the binary Fe-N and Mn-N systems were resolved and more precise and consistent description of the ternary Fe-Mn-N system was achieved with less number of model parameters, comparing to the previous assessment.

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Section: The Solubility Of N In Hcp and C 0 -Mn 4 N Phasesmentioning

confidence: 84%

Section: The Solubility Of N In Hcp and C 0 -Mn 4 N Phasesmentioning

confidence: 99%