期刊文献+

Mn-C系活度相互作用参数的研究

Relation Between Activity Interaction Parameters in Mn-C System and Temperature
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摘要 实验测定了不同温度,C在Mn-Fe熔体中的溶解度。引用溶液的相互作用参数模型,结合本文的实验结果,引用文献报道的实验数据,通过严格的热力学推导与计算,获得1623~1748K范围适用的Mn-C系中εCC和εCCC与温度的关系式。 Carbon solubility in Mn-Fe melts was measured experimentaUy at various temperature. Using solution model interaction parameter, combining with the experimental results of this work, quoting experimental data reported in references, by strictly thermodynamical derivation and calculation, the relation equations (at 1623 - 1748 K temperature range) between εcc and εccc in Mn-C system and temperature were obtained.
作者 姚娜 秦凤婷
出处 《甘肃冶金》 2010年第6期42-44,共3页 Gansu Metallurgy
关键词 Mn-C系 活度相互作用参数 活度系数 Mn-C system activity interaction parameters activity coefficients
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参考文献4

  • 1A. Katsnelson, F. Tsukihashi and N. Sano. Determination of Manganese and Carbon Activities of Mn- C Melts at 1628K[ J]. ISIJ International, 1993, 33 (10) : 1045-1048.
  • 2E.-J. Kim and J.-J. Pak. 2002 Steelmaking Conf. , Proc. [C], ISS, Warrendale, PA, (2002), 715-724.
  • 3Lee Y E. Thermodynamical Assessment of Liquid Mn-Fe- C System by Unified Interaction Parameter Model[ J ]. ISIJ International, 2003,43(2) :144-152.
  • 4E. T. Turkdogan. Physical Chemistry of High Temperature Technology[ M]. NewYork: Academic, 1980. 7.

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