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Fe-Cr-Ni-C四元系奧氏體與碳化物之間的相平衡計算

Calculation of Phase Equilibria between Austenite and Carbide in Fe-Cr-Ni-C Quaternary System

  • 摘要: 將Bjorn Uhrenius描述Fe-C基三元合金體系熱力學性質的亞點陣模型擴展后應用于Fe-C基四元合金體系,給出了自由能函數關系表達式,并且在Biorn Uhrc-nius對Fe-Cr-C系熱力學平衡計算的基礎上,再結合Nishizawa對于Cr-Ni二元系給出的交互作用參數,對Fe-Cr-Ni-C系中固溶體和碳化物的兩相平衡進行了計算求解。

     

    Abstract: The sub-lattice model proposed by Bjorn Uhrenius, which was used to describe thermodynamic properties of Fe-C-based ternary systems, has been extended and applied to Fe-C-bssed quaternary alloy systems with the Gibbs energy expressions also being given. The phase equilibria between austenite and carbide in Fe-Cr-Ni-C quaternary system have been calculated based on the calculation of thermodynamic equilibria in Fe-Cr-C ternary system done by Bjorn Uhrenius, in combination of the interaction parameters in Cr-Ni binary system given by Nishizawa.

     

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