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

Yan Lu; Takahiro Miki

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

机译：1843 K的熔融MNS-FES和CRS-FES系统的热力学

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Phase equilibria in Fe–Mn–S and Fe–Cr–S ternary systems at 1843 K were investigated experimentally, respectively. The main characteristic of these two systems at 1843 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.

机译：实验分别研究了1843 k的Fe-Mn-S和Fe-CR-S三元系统中的相平衡。在1843k下，这两个系统的主要特征被证实是两个液相之间的宽混溶性差距：熔融金属合金相和熔融硫化物相。通过金属/硫化物平衡方法，分别在Fe-Mn-S和Fe-CR-S系统中测定硫化物相中的组分活性。利用常规溶液模型估计硫化物相中成分的活性曲线。

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《ISIJ international》 |2021年第9期|共10页
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Yan Lu; Takahiro Miki;
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sulfide inclusionactivitythermodynamicsphase equilibriumregular solution model;

机译：硫化硫化物催化剂热性能平衡均衡溶液模型;

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2. Thermodynamics of Molten MnS–CrS–FeS System at 1843 K [J] . Yan Lu, Takahiro Miki ISIJ international . 2021,第9期

机译：1843 K的熔融MNS-CRS-FES系统的热力学
3. (S005)Phase relation of Fe Fe-Cr Cr-Mn Mn-SS and thermodynamic properties of MnS MnS-CrS CrS-FeS system [J] . Yan LU, Takahiro MIKI, Tetsuya NAGASAKA 材料とプロセス: 日本鉄鋼協会講演論文集 . 2020,第1179期

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

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