The height change of foam caused by reduction gas during foaming process was measured under different conditions of treating blast furnace dust in iron bath.
实验测定了不同条件下高炉瓦斯灰在铁水熔池中还原产生的内生气源对发泡过程泡沫渣高度的影响 ,应用泡沫高度随时间变化的实验数据和发泡性能方程确定了发泡特性参数。
The gas temperature and content in the iron bath and the molten iron temperature were measured.
在容量为１００ｋｇＥＯＦ实验炉（能量最优化炉）中，实验研究了铁水熔池上部煤气温度及成分的变化，以及熔融铁水的温度变化，并由铁水熔池传热机制出发建立了传热效率的计算方法。
