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投稿时间:2019-08-22
投稿时间:2019-08-22
中文摘要: 通过旋流电积技术从碲电积液中直接电碲的工业试验研究,得出在最佳电流密度 150 A/m2 的条件下,电流效率为 97.1 %,电极板单位面积碲产出率为 5.04 kg/(m2·d),电能消耗为 2699.5 kWh/(t·Te),浇铸后的产品符合 YS/T 222-2010 中 Te9999 的要求。在工业化应用过程中,仍需要增加电积液过滤设施。证明旋流电积技术能够经济有效的从电积出产品碲,效率高、单位面积碲产出率大、操作简单,具有可行性。
Abstract:Through the industrial experiment of direct electrotellurium from tellurium electrodeposition by swirling electrodeposition technology, it is concluded that the current efficiency is 97.1% at an optimum current density of 150 A/m2, the output per unit area of the electrode plate is 5.04 kg/(m2·d), and the power consumption is 2699.5 kWh/(t·Te), the cast product meets the requirements of Te9999 in YS / T 222-2010. In the industrial application process, it is still necessary to increase the electro-hydraulic filtration facility.It is proved that the swirling electrodeposition technology can produce tellurium from electrodeposition economically and effectively, with high efficiency, large yield per unit area, simple operation and feasibility.
文章编号:202001016 中图分类号:TF111.52
基金项目:
引用文本:
李伟.旋流电积碲的工业化试验研究[J].铜业工程,2020,(1):61-66


