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利用已开发的伴生元素在铜冶炼过程中分配行为的计算机模型，对铜熔炼过程进行了计算机模拟，并模拟研究了熔炼温度对伴生元素镍、钴、锡、铅、锌、砷、锑和铋在造硅酸铁炉渣和铁酸钙炉渣的铜冶炼体系中的分配行为的影响。研究表明：无论是硅酸铁炉渣体系，还是铁酸钙炉渣体系，挥发性的伴生元素锡、铅、锌、钾、锑和铋等在气相中的分配率均随熔炼温度的升高而明显增大。
The computer simulation of the copper smelting process was carried out by using the computer model of the distribution of the associated elements in the copper smelting process. The effects of smelting temperature on the chemical composition of the nickel, cobalt, tin, lead, zinc, arsenic, antimony and bismuth Effect of Partitioning Behavior on Copper Smelting System for Ferric Silicate Slag and Calcium Ferrite Slag. The results show that the distribution ratio of volatile accessory elements, such as tin, lead, zinc, potassium, antimony and bismuth, in the gas phase increases with the increase of the melting temperature in both the iron silicate slag system and the calcium ferrite slag system Increase.