底吹煤氧的复合吹炼法 Klockner-Maxhutte steelmaking process,KMS
本文采用静智能态模型控制方法建立了转炉自动加料和自动吹氧的控制系统。
A converter control system for adding material and top blowing oxygen gas has been developed with the method of artificial intelligent static model.
硅氧化放热有利于铁水脱硫，这将部分抵消喷吹后炉缸氧势升高对脱硫的不利影响，结果生铁硫含量基本稳定。
It will counteract partially the harmful influence of oxygen potential elevation by the injection. As the result, the content of sulfur in hot metal basically remains stable.
结果证明，在不影响冶炼效果的条件下，平均每炉吹氧时间由14分钟缩短到12分钟是可行的。
The results proved that an average oxygen blowing time per heat may be reduced from 14 minutes to 12 minutes under otherwise egual conditions.
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