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The Optimization of Gases and Thermal Energy in the Upper Zone of Electric Furnaces in Drenas

机译:德雷纳斯电炉上部区域气体和热能的优化

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The paper discusses problems encountered during the release and possibility of using the thermal gas quantity Mathematical models are used to calculate the positive thermal effects of the gases and losses of thermal quantity with gases in the melting process of electric furnaces. The paper discusses in details the percentages of CO, CO_2, H_2S, O_2 and the humidity in gases and their impact on the technological process in electrical furnaces in Drenas. The paper also confers the quantity and temperature of gases, the transfer of thermal quantity and dust with gases in the environment. The paper presents the percentage of humidity in the load which is added in electric furnace for melting and its impact on thermal and environmental balance in the technological process of melting in electric furnaces.
机译:本文讨论了释放过程中遇到的问题以及使用热气量的可能性。使用数学模型来计算电炉熔化过程中气体的正热效应以及气体的热量损失。本文详细讨论了Drenas中CO,CO_2,H_2S,O_2的百分比以及气体中的湿度及其对电炉工艺过程的影响。本文还赋予了环境中的气体数量和温度,热量和粉尘与气体的传递。本文介绍了电炉熔化过程中负载中添加的湿度百分比及其对电炉熔化工艺过程中热平衡和环境平衡的影响。

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