end slag basicity 终渣碱度
melt slag basicity 熔渣碱度
top slag basicity 顶渣碱度
basicity of slag 渣碱度 ; 炉渣碱度
low basicity slag 低碱度渣
high basicity slag 高碱度渣
low-basicity slag 低碱度熔渣
the basicity of slag 炉渣碱度
Lower basicity reducing slag 低碱度还原渣
The influences of blast temperature, slag basicity, iron ore grade etc on energy distribution and smelting index of BF are discussed.
利用BEM 系统分析了风温、 碱度、 矿石铁含量等参数对高炉能量分配及冶炼指标的影响，旨在为生产操作提供理论依据和指导。
Based on the mass balances of blast furnace, typical slag basicity was calculated and analyzed in different zones of the blast furnace.
根据高炉的炉料平衡，对典型高炉不同区域内的炉渣碱度进行计算。
Controlling intensity and time of argon blowing, increasing slag basicity and adopting complex deoxidiser are helpful to reducing the oxygen content in bearing steels.
控制吹氩强度和吹氩时间，提高炉渣碱度和采用复合脱氧剂，使轴承钢的氧含量有所下降。
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