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Extraction of Scandium from Various Media with Triisoamyl Phosphate: 3. Development of Extractive Refining of Scandium

机译:用磷酸三异戊酯从各种介质中萃取Scan:3. Scan的萃取精制技术的发展

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摘要

Scandium refining to remove both more and less extractable impurity metals from hydrochloric acid solutions using semicountercurrent and countercurrent extraction with triisoamyl phosphate is modeled. A process for preparing high-purity scandium is developed, involving removal of more and less extractable impurity metals by semicountercurrent extraction and full countercurrent extraction, respectively, at a limited number of separation steps. From the initial scandium oxide (98percent purity), 99.97percent scandium oxide was prepared (99.995percent purity with respect to REEs), i.e., the decontamination factors from both REEs and other impurity metals exceed 100.
机译:建模了using精炼,以使用三异戊基磷酸酯和半逆流和逆流萃取从盐酸溶液中去除越来越多的可萃取杂质金属。开发了一种制备高纯度scan的方法,该方法涉及在有限的分离步骤下分别通过半逆流萃取和全逆流萃取除去越来越多的可萃取杂质金属。由最初的氧化scan(纯度为98%)制备了99.97%的氧化dium(相对于REE为99.995%),即,来自REE和其他杂质金属的去污因子均超过100。

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