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Non-destructive analysis using PXRF: methodology and application to archaeological ceramics

机译:使用PXRF的无损分析:方法论及其在考古陶瓷中的应用

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摘要

Uncritical application of portable X-ray fluorescence (PXRF) to non-destructive analysis of archaeological ceramics has been received with scepticism. In this article, we present a methodological evaluation of the parameters and constraints for PXRF analysis of archaeological ceramics. We use experimental matrices that simulate characteristics of archaeological artefacts to demonstrate the impact of (1) surface morphology, (2) organic surface coatings and (3) grain size and mineralogy on nondestructive PXRF analysis.We then apply these parameters to PXRF analysis of heterogeneous handmade ceramics from central Turkey. We conclude that with appropriate methodology, non-destructive PXRF analysis can be demonstrated to provide a high level of accurate and precise geochemical discrimination for archaeological ceramics.
机译:令人怀疑的是,便携式X射线荧光(PXRF)在考古陶瓷的非破坏性分析中的非关键性应用受到好评。在本文中,我们介绍了考古陶瓷的PXRF分析的参数和约束条件的方法学评估。我们使用模拟考古文物特征的实验矩阵来证明(1)表面形态,(2)有机表面涂层和(3)粒度和矿物学对无损PXRF分析的影响,然后将这些参数应用于异质PXRF分析来自土耳其中部的手工陶瓷。我们得出结论,采用适当的方法,可以证明无损PXRF分析可以为考古陶瓷提供高水平的准确和精确的地球化学判别。

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