论文部分内容阅读
根据第3组元V对C的饱和溶解度的影响与温度无关规则，利用不同温度下C在FeV熔体中的饱和溶解度，得到C在Fe-V熔体中的饱和溶解度关系式．根据该关系式计算出适合不同温度的Fe－C－V熔体的活度相互作用系数，并用计算结果分析了含钒铁水的提钒保碳转化温度，预测的转化温度与生产实践比较接近．
According to the third component V on the saturated solubility of C has nothing to do with the temperature-related rules, the use of different temperatures C in the FeV melt saturation solubility obtained C saturation solubility of Fe-V in the solubility of the formula. According to the relationship, the activity interaction coefficient of Fe-C-V melt with different temperature is calculated, and the vanadium-bearing molten iron transition temperature is analyzed by the calculation results. The predicted conversion temperature is close to the production practice.