Alloy formula derivation and analysis of composition adjustment of molten steel in ladle furnace
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摘要: 為了發揮LF爐精煉優質鋼及流程節奏調節能力的作用,開展了LF爐過程優化主要內容之一的鋼液成分微調優化的研究.該研究有利于:實現快速準確的合金計算,縮短處理周期,提高流程節奏調節能力;實現自動稱量、自動加入,減輕勞動強度;可對鋼液成分實現下限控制,尤其對貴重合金,降低合金消耗;可對鋼液實現窄成分控制,提高鋼質量,實現一材多用,等.為建立LF爐鋼液成分微調模型,給出了合金計算公式的推導過程及公式的解析,并給出LF爐鋼液合金成分微調模型框圖,為LF爐過程優化奠定基礎.Abstract: In order to play the role of refining high quality steel and process rhythm adjustment ability of ladle furnace, the molten steel composition adjustment and optimization in ladle furnace process were researched. The work would help to realize fast and accurate alloy calculation, reduce processing cycle, and improve process rhythm adjustment ability. The work was also in favor of realization of automatic weighing,automatic addition as well as reduction of labor intensity. It would achieve the lower limit control for the molten steel composition and reduce alloy consumption,especially,for the precious alloy. It also would realize narrow composition control for molten steel,improve the quality of steel and achieve a material to be multi-purpose,etc. In order to establish the model of molten steel composition adjustment in ladle furnace,the derivation process and analysis of alloy calculation formulas were given for the first time. The flow diagram for the ladle furnace molten steel alloy composition fine-tuning was given. And a foundation for the ladle furnace process optimization had been lain.
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