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Image texture analysis and colorimetry for the classification of uranium ore concentrate powders

机译:图像纹理分析和比色法用于铀精矿粉的分类

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In the context of nuclear security, uranium ore concentrates (UOCs) play an important role: they are traded in large quantities and this makes their use “out of regulatory control” a possible scenario.Once an incident of illicit trafficking o f n uclear m aterial is detected, an understanding of its origin and production process is required; this implies the necessity to use analytical techniques able to measure characteristic parameters (e.g. physical, chemical, isotopic characteristics of the nuclear materials) which are referred to, in the field o f t he n uclear f orensics, a s signatures.The present study investigates the potential of image texture analysis (i.e. the angle measure technique), combined with the spectrophotometric determination of colours for the evaluation of the origin of several UOCs. The use of different multivariate statistical techniques allows the categorization of about 80 different samples into a few groups of UOCs powders, which makes this approach a promising method complementing the already established methods in nuclear forensics.
机译:在核安全方面,铀矿精矿(UOC)发挥着重要作用:铀精矿大量交易,这使铀矿精矿的使用变得“不受监管”是可能的。一旦发生核材料非法贩运事件,发现后,需要了解其来源和生产过程;这意味着有必要使用能够测量特征参数(例如核材料的物理,化学,同位素特征)的分析技术,这些特征参数在核法医学领域被称为标志。本研究调查了潜在的图像纹理分析(即角度测量技术),结合分光光度法确定颜色,以评估几种UOC的来源。使用不同的多元统计技术可以将大约80个不同的样本分类为几组UOC粉末,这使该方法成为有希望的方法,可以补充已经在核法证学中建立的方法。

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