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Counting neutrons from the spontaneous fission of 238U using scintillation detectors and mixed field analysers

机译:使用闪烁探测器和混合场分析仪对238U自发裂变中子进行计数

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It is well documented that 238U decays by spontaneous fission, and that it is the main component of most nuclear fuels. As nuclear fuels are largely classed as Special Nuclear Material (SNM), they have to be fully accounted for by owners and processing facilities. One possible method for verifying declared amounts of SNM is to count the spontaneous neutrons produced from 238U. Using four EJ-309 liquid scintillation detectors and a mixed field analyser, spontaneous neutrons from 16.4 g of depleted uranium (0.3% enrichment) have been assayed. The assay method shows promising results and this proof of principle will be researched further in order for it to be applied in an industrial setting.
机译:有据可查的是238U会自发裂变而衰变,它是大多数核燃料的主要成分。由于核燃料在很大程度上被归类为特殊核材料(SNM),因此所有者和加工设施必须对它们进行充分核算。验证SNM声明数量的一种可能方法是对238U产生的自发中子进行计数。使用四个EJ-309液体闪烁探测器和混合场分析仪,已经测定了来自16.4 g贫铀(浓缩度为0.3%)的自发中子。该测定方法显示出令人鼓舞的结果,并将进一步研究该原理证明,以便将其应用于工业环境。

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