从炉身喷吹预热气体时氧气高炉内冶炼过程的数学模型
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TF538.5

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重庆大学青年基金


Mathematical Model of Oxygen Blast Furnace with Preheating Gas Injection into Upper Shaft
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    摘要:

    建立了氧气高炉从炉身喷吹预热气体时,高炉冶炼过程的一维数学模型,该模型描述了高炉炉型的变化,炉内13个化学反应,炉墙的热损失,气-固相间的热效换及压力损失,讨论了氧气高炉冶炼的特点。模拟结果表明:随着喷吹预热气体流量增加及温度的升高,炉身上部炉料的温度升高;喷吹预热气体成分的变化,对炉身上部炉料的加热作用不大。

    Abstract:

    An One-dimensional mathematical model,based on oxygen blast furnace with preheating gas injection into upper shaft,has been developed to describe the variation of innerdiameter of blast furnace,13 chemical reactions,the heat losses through the furnace wall,the heatexchange and pressure losses between gas phase and solid phase.The characters of oxygen blastfurnace are discussed,The simulated results indicate that the tem perature of burden in creasesthroughout the upper shaft with the incrcasement of the flow and the temperature of preheating gasinjected,and that the effect of the heating-up of burden is not so large when the com positions ofpreheatin8 gas injeetion are changed.The model is contributed to obtain a deeper understanding ofthe oxygen blast furnace process.

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唐鑫 徐楚韶.从炉身喷吹预热气体时氧气高炉内冶炼过程的数学模型[J].重庆大学学报,1995,18(2):109-115.

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