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首页> 外文期刊>Australian Journal of Chemistry: A Journal for the Publication of Original Research in All Branches of Chemistry >An Improved and Rapid Radiochemical Method for the Determination of Polonium-210 in Urine
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An Improved and Rapid Radiochemical Method for the Determination of Polonium-210 in Urine

机译:改进的快速放射化学方法测定尿中of210

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摘要

Measurements of radionuclides in urine are widely used to assess the health impact of intakes of radionuclides. The events that followed the polonium poisoning in London in late 2006 have highlighted the need for rapid and reliable methods that can be applied to emergency situations. Ideally such a method would also be applicable to the routine assessment of radionuclides in urine. This paper discusses the development and validation of such a method for measuring the concentration of ~(210)Po in urine. The method is validated by assessment of the selectivity, accuracy and recovery, and quantification of the uncertainty. The paper describes two variations of the method, based on whether the priority is a rapid turnaround, or higher sensitivity. The detection limit for the excretion rate of ~(210)Po can range from 1.5 to 20 mBq d~(-1) depending on the dose limit requirements for different categories of exposure (public, occupational, or emergency).
机译:尿液中放射性核素的测量被广泛用于评估摄入放射性核素对健康的影响。在2006年底伦敦发生ing中毒事件之后,发生的事件凸显了对可用于紧急情况的快速可靠方法的需求。理想地,这种方法也将适用于尿液中放射性核素的常规评估。本文讨论了这种测量尿中〜(210)Po浓度的方法的开发和验证。该方法通过评估选择性,准确性和回收率以及对不确定度进行定量验证。本文根据优先级是快速周转还是更高的灵敏度描述了该方法的两个变体。 〜(210)Po排泄率的检测极限范围为1.5至20 mBq d〜(-1),具体取决于不同暴露类别(公共,职业或紧急情况)的剂量极限要求。

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