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只有正确理解矿热电炉中二氧化硅碳热还原的反应过程才能获得硅及其铁和铬合金熔炼的良好指标。可以同意文献[1、2]作者的意见,即我们关于二氧化硅的还原机理和硅及其合金熔炼模型的概念与其真正完备程度相距很远,并且还同意,文献[3、4]中所闸述的观点在热力学上是不够的。然而,不论是φC65合金熔炼过程的模型,或者文献[1、2]中论述的纯硅熔炼模型,以及这些文献作者以其为理论基础所阐述的二氧化硅还原反应机理,都互相产生了严重的矛盾。主要的矛盾在于,它们都是表面形式
Only a correct understanding of the reaction process of carbon dioxide thermal reduction in the ore-fired electric furnace can obtain good indicators of the smelting of silicon and its iron and chromium alloys. It is acceptable to agree with the authors of the literature [1,2] that our concept of the reduction mechanism of silicon and of the silicon and its alloy melting model is far from its true fulfillment and agrees that in [3, 4] The statement is not thermodynamically sufficient. However, both the model for the φC65 alloy smelting process, or the pure silicon smelting model discussed in the literature [1,2], and the silica reduction mechanism described by the authors on their theoretical basis, are mutually critical Contradictions. The main contradiction is that they are all superficial