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SiMg、Al单独及复合处理对铁液中夹杂物的影响
引用本文:文彬,宋波,毛璟红,王福明. SiMg、Al单独及复合处理对铁液中夹杂物的影响[J]. 北京科技大学学报, 2009, 0(Z1)
作者姓名:文彬  宋波  毛璟红  王福明
作者单位:北京科技大学冶金与生态工程学院;北京科技大学生态与循环冶金教育部重点实验室;北京科技大学材料科学与工程学院;
基金项目:国家自然科学基金资助项目(No.50734008)
摘    要:在高温钼丝炉内向铁液中加入SiMg合金、Al及复合添加这两种脱氧剂进行脱氧,并改变其添加顺序,分析过程样中溶解氧、全氧、残镁量及夹杂物随时间的变化.结果表明:1873K时,铁液中复合添加0.02%(质量分数)的SiMg和0.03%(质量分数)的Al脱氧,其脱氧程度与只用0.05%的SiMg脱氧相当,而镁的收得率得到提高.SiMg/Al处理的试样中夹杂物数量随时间的变化与只用SiMg处理时一致,而Al/SiMg处理的试样中夹杂物数量随时间的变化与只用Al处理时一致.

关 键 词:硅镁合金    铁液  脱氧  夹杂物  

Effect on inclusions in molten iron treated by SiMg,Al and combination of both
WEN Bin,),SONG Bo,MAO Jing-hong),WANG Fu-ming,)) School of Metallurgical , Ecological Engineering,University of Science , Technology Beijing,Beijing ,China) School of Materials Science , Engineering,China) Key Lab. of Ecologic , Recycle Metallurgy,Ministry of Education ,China. Effect on inclusions in molten iron treated by SiMg,Al and combination of both[J]. Journal of University of Science and Technology Beijing, 2009, 0(Z1)
Authors:WEN Bin  )  SONG Bo  MAO Jing-hong)  WANG Fu-ming  )) School of Metallurgical    Ecological Engineering  University of Science    Technology Beijing  Beijing   China) School of Materials Science    Engineering  China) Key Lab. of Ecologic & Recycle Metallurgy  Ministry of Education   China
Affiliation:WEN Bin1,3),SONG Bo1,MAO Jing-hong2),WANG Fu-ming1,3)1) School of Metallurgical , Ecological Engineering,University of Science , Technology Beijing,Beijing 100083,China2) School of Materials Science , Engineering,China3) Key Lab. of Ecologic & Recycle Metallurgy,Ministry of Education (University of Science , Technology Beijing),China
Abstract:The deoxidation experiments of liquid iron were carried out in the high temperature molybdenum wire furnace by adding SiMg alloy,Al and combination of both. At the same time,the additional sequence of SiMg and Al was changed in the experiments. The contents of dissolved and total oxygen and residual magnesium were measured and change of inclusions in molten iron over time was investigated. The results indicate that the limit of deoxidization by the combination of 0.02% (mass fraction) SiMg and 0.03% (mass f...
Keywords:silicon-magnesium alloy  aluminum  molten iron  deoxidation  inclusions  
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