Das Gleichgewicht FeS + Mn ⇋ MnS + Fe bei hohen Temperaturen

Meyer, Oskar; Schulte, Fritz

doi:10.1002/srin.193400128

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Equilibria Of Fe-mn-s System At 1 843 K1

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1951

2022

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Cited by 8 publications

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“…The present results agree well with former researchers. 10,15,16) At different Mn concentrations, when sulfide forms, there is a certain S solubility limit. With an increasing of Mn concentrations, the solubility of S decreases.…”

Section: Equilibria Of Fe-mn-s System At 1 843 Kmentioning

confidence: 99%

Thermodynamics of Molten MnS–FeS and CrS–FeS System at 1843 K

Yan

Miki

2021

ISIJ Int.

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Phase equilibria in Fe-Mn-S and Fe-Cr-S ternary systems at 1 843 K were investigated experimentally, respectively. The main characteristic of these two systems at 1 843 K was confirmed to be a wide miscibility gap between two liquid phases: molten metal alloy phase and molten sulfide phase. Through metal/ sulfide equilibrium method, activity of constituents in sulfide phase were determined in Fe-Mn-S and Fe-Cr-S systems separately. The activity curves of constituents in sulfide phase were estimated by utilizing regular solution model.

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Section: Equilibria Of Fe-mn-s System At 1 843 Kmentioning

confidence: 99%