摘要
根据热力学计算,渣系的碱度0.5-1.2,w（Al2O3）10%-25%时夹杂物控制在塑性区域。实验室实验表明,夹杂物中w（CaO＋MgO）/w（SiO2）比值和w（Al2O3）随钢中w（Als）增加而增加,钢中w（Als）应低于6×10^-6;当精炼渣碱度为0.8-1.0,w（Al2O3）为0%-10%时,在实验室能实现对钢中夹杂物的塑性化控制。
According to thermodynamic calculation,when the slag basicity is in the range of 0.5-1.2 and w（Al2O3） in the range of 10%-25%,the inclusions will be controlled in the plastic region.The results of laboratory research show that the ratio of w（CaO＋MgO）/w（SiO2） and w（Al2O3） will rise up with the increase of w（Als）.Therefore,w（Als） should be less than 6×10^-6 for lowering the inclusions.Furthermore,the inclusions in cord steel can be controlled in laboratory with the slag basicity in the range of 0.8-1.0 and w（Al2O3） in the range of 0%-10%.
出处
《钢铁研究》
CAS
2010年第3期13-16,共4页
Research on Iron and Steel
