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首页> 外文期刊>X-Ray Spectrometry: An International Journal >Effects of elevated levels of lead in ceramics on provenancing studies using non-destructive PXRF: A case study in byzantine cypriot glazed ceramics
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Effects of elevated levels of lead in ceramics on provenancing studies using non-destructive PXRF: A case study in byzantine cypriot glazed ceramics

机译:陶瓷中铅含量升高对使用非破坏性PXRF进行来源研究的影响:以拜占庭塞浦路斯釉陶瓷为例

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摘要

Glazed ceramics are ubiquitous in the medieval archaeological record in the Mediterranean. The effects of lead volatilisation during firing of glazed ceramics on non-destructive PXRF (portable X-ray fluorescence) are evaluated using 25 Byzantine Cypriot glazed ceramics. Significant spectral interferences reduce the number of discriminating elements for multivariate statistical analysis, limiting the capacity of non-destructive PXRF to resolve compositional differences. Nonetheless, non-destructive PXRF of glazed wares has the potential to expand provenancing studies where significantly different geology is present or for appropriate archaeological questions.
机译:釉面陶瓷在地中海的中世纪考古记录中无处不在。使用25个拜占庭塞浦路斯釉面陶瓷评估了釉面陶瓷烧制过程中铅挥发对无损PXRF(便携式X射线荧光)的影响。显着的光谱干扰会减少用于多元统计分析的区分元素的数量,从而限制了非破坏性PXRF解决成分差异的能力。尽管如此,玻璃制品的非破坏性PXRF可能会扩大出处研究,其中存在明显不同的地质情况或涉及适当的考古问题。

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