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Robustness testing of an in-situ caesium extraction unit

机译:原位铯萃取装置的耐用性测试

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Following on from the successful development and validation of a prototype automated unit for the extraction of radiocaesium from seawater, the unit was redesigned to be smaller, easier to transport and better suited for field work. An extension of the validation process was undertaken to include robustness testing. Robustness testing evaluates the behaviour of a procedure when deliberate small changes are made. This requires the identification and testing of experimental factors which could have an impact on the results. The Plackett-Burman approach was adopted to minimise the number of experiments needed for testing. The study showed that the analytical method was not sensitive to any of the factors tested, indicating that the method is robust. Crown Copyright (C) 2017 Published by Elsevier Ltd. All rights reserved.
机译:在成功开发和验证了用于从海水中提取放射性铯的原型自动化装置的成功开发之后,该装置经过了重新设计,使其更小,更易于运输并且更适合野外作业。验证过程的扩展包括健壮性测试。进行有意小的更改时,稳健性测试会评估过程的行为。这需要识别和测试可能影响结果的实验​​因素。采用Plackett-Burman方法可最大程度地减少测试所需的实验次数。研究表明,该分析方法对测试的任何因素都不敏感,表明该方法是可靠的。 Crown版权所有(C)2017,由Elsevier Ltd.出版。保留所有权利。

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