OPTIMIZATION OF THE PROCESS OF BERYLLIUM ELECTROLYTIC REFINING

O. I. Rebrin

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OPTIMIZATION OF THE PROCESS OF BERYLLIUM ELECTROLYTIC REFINING

机译：铍电解精制工艺的优化

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The results of investigation of the process of beryllium electrolytic refining at the enlarged laboratorial electrolyzer with current load up to 100 A are presented. Mathematical model for calculation of optimal processing conditions is described.

机译：提出了在电流最大为100 A的大型实验室电解槽中进行铍电解精制过程的研究结果。描述了用于计算最佳加工条件的数学模型。

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《Цветные металлы: Ежемес. науч.-техн. и произв. журн.: Орган М-ва цвет. металлургии СССР и Центр. правл. НТО цвет. металлургии》 |2004年第2期|共4页
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O. I. Rebrin;
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中图分类有色金属冶炼;
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1. OPTIMIZATION OF THE PROCESS OF BERYLLIUM ELECTROLYTIC REFINING [J] . O. I. Rebrin Цветные металлы: Ежемес. науч.-техн. и произв. журн.: Орган М-ва цвет. металлургии СССР и Центр. правл. НТО цвет. металлургии . 2004,第2期

机译：铍电解精制工艺的优化
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3. Complex evaluation and development of electrolytic tin refining in acidic chloride media for processing tin-based scrap from lead-free soldering [J] . T. Kulcsar, G. B. Toth, T. Kekesi Transactions of the Institutions of Mining and Metallurgy, Section C. Mineral Processing and Extractive Metallurgy . 2016,第4期

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4. Copper Refining Electrolyte and Slime Processing - Emerging Techniques [C] . Sridhara Acharya International Conference on Nonferrous Minerals and Metals . 2014

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6. Efficacy of a Program to Prevent Beryllium Sensitization Among New Employees at a Copper-Beryllium Alloy Processing Facility [O] . Carrie A. Thomas, Rachel L. Bailey, Michael S. Kent, 2009

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OPTIMIZATION OF THE PROCESS OF BERYLLIUM ELECTROLYTIC REFINING

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