Description
Title: Data from Several Portable XRF Units and Their Importance for Research on Ancient Glass
Abstract: A non-destructive method used for elemental analysis of a variety of materials is X-ray fluorescence spectroscopy. Due to the availability of portable instruments in archaeometry, its benefits are valued in particular. When it comes to ancient glass, these tools enable the detection of some major, minor, and trace elements connected to the purposeful addition of particular components or to impurities in the raw materials of the glass batch. In addition to some undeniable benefits, portable XRF (p-XRF) has some drawbacks that are discussed in this study. Four different p-XRF units’ performances were evaluated, and their outputs were reconciled. The findings highlight the limitations of cross-referencing the data obtained from each unit and offer solutions. The p-XRF units were put to the test using both a small set of known-composition archaeological glasses and the set of Corning reference glasses. Statistical methods for multivariate analysis were used to evaluate the output’s compatibility. Such a workflow enables us to take into account data from various sources in the same context.
Keywords: portable-XRF; ancient glass; reproducibility; composition
Paper Quality: SCOPUS / Web of Science Level Research Paper
Subject: Chemistry
Writer Experience: 20+ Years
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