首页> 外文期刊>Radiochimica Acta: International Journal for Chemical Aspects of Nuclear Science and Technology >Investigation of the isotopic composition of lead and of trace elements concentrations in natural uranium materials as a signature in nuclear forensics
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Investigation of the isotopic composition of lead and of trace elements concentrations in natural uranium materials as a signature in nuclear forensics

机译:天然铀材料中铅的同位素组成和微量元素浓度的研究,作为核法证学的标志

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摘要

Lead is contained as trace element in uranium ores and propagates throughout the production process to intermediate products like yellow cake or uranium oxide. The lead isotopes in such material originate from two sources: natural lead and radiogenic lead. The variability of the isotopic composition of lead in ores and yellow cakes was studied and the applicability of this parameter for nuclear forensic investigations was investigated. Furthermore, the chemical impurities contained in these materials were measured in order to identify characteristic differences between materials from different mines. For the samples investigated, it could be shown, that the lead isotopic composition varies largely from mine to mine and it may be used as one of the parameters to distinguish between materials of different origins. Some of the chemical impurities show a similar pattern and support the conclusions drawn from the lead isotope data.
机译:铅是铀矿石中的微量元素,并在整个生产过程中传播到中间产物,如黄饼或氧化铀。这种材料中的铅同位素有两个来源:天然铅和放射源铅。研究了矿石和黄饼中铅的同位素组成的变异性,并研究了该参数在核法证研究中的适用性。此外,还对这些材料中包含的化学杂质进行了测量,以识别不同矿山的材料之间的特征差异。对于所研究的样品,可以看出,铅同位素组成因地雷的不同而有很大差异,可以用作区分不同来源材料的参数之一。一些化学杂质显示出相似的模式,并支持从铅同位素数据得出的结论。

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