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Quantitative elemental analysis of an industrial mineral talc, using accelerator-based analytical technique

机译:使用基于加速器的分析技术对工业矿物滑石进行定量元素分析

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Accelerator-based technique of PIXE was employed for the determination of the elemental concentration of an industrial mineral, talc. Talc is a very versatile mineral in industries with several applications. Due to this, there is a need to know its constituents to ensure that the workers are not exposed to health risks. Besides, microscopic tests on some talc samples in Nigeria confirm that they fall within the BP British Pharmacopoeia standard for tablet formation. However, for these samples to become a local source of raw material for pharmaceutical grade talc, the precise elemental compositions should be established which is the focus of this work. Proton beam produced by the 2.5 MV AN 2000 Van de Graaff accelerator at INFN, LNL, Legnaro, Padova, Italy was used for the PIXE measurements. The results which show the concentration of different elements in the talc samples, their health implications and metabolic roles are presented and discussed.
机译:使用基于促进剂的PIXE技术确定工业矿物滑石的元素浓度。滑石在多种应用的工业中是非常通用的矿物。因此,有必要了解其组成部分,以确保工人不会遭受健康风险。此外,在尼日利亚对某些滑石样品进行的显微镜测试证实,它们符合BP英国药典关于片剂形成的标准。但是,要使这些样品成为药用级滑石的本地原料,应确定精确的元素组成,这是这项工作的重点。 PIXE测量使用了2.5 MV AN 2000 Van de Graaff加速器产生的质子束,该加速器位于意大利帕多瓦莱格纳罗的INFN,LNL。给出并讨论了显示滑石样品中不同元素的浓度,它们对健康的影响和代谢作用的结果。

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