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通过了解澳斯麦特铜熔炼炉的化学反应和使用环境,根据热力学和相图分析选择与之相适应的耐火材料。通过选择多种材质综合配置,达到功能要求并降低耐材成本。同时,根据使用后期热传导的热流密度计算得知达到了设计要求,并验证了优化后配置的合理性。
By understanding the chemical reaction and the use environment of Australia Smet copper smelting furnace, according to the thermodynamic and phase diagram analysis to choose the appropriate refractory material. By selecting a variety of materials integrated configuration, to meet the functional requirements and reduce refractory costs. At the same time, according to the calculation of the heat flux density of the heat conduction at the later stage, the design requirements are met, and the rationality of the optimized configuration is verified.