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Contrasting confocal XRF with micro-SORS: a deep view within micrometric painted stratigraphy

机译:与Micro-SORS对比共焦XRF:测微测绘地层中的深层视图

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The study presents the application of combined micro-Spatially Offset Raman Spectroscopy (micro-SORS) and confocal X-ray fluorescence (confocal XRF) to the non-destructive investigation of micrometer scale stratified painted systems. Micro-SORS can be applied in situations where a high turbidity of layers prevents the acquisition of conventional Raman signals from depth and in the presence of Raman scattering compounds, facilitating highly chemically specific (molecular) characterization of the layers. In contrast, confocal XRF provides elemental information on a well-defined volume at a given depth. In this study, selected specimens have been analysed with both methods; molecular and elemental data have been compared and integrated for a comprehensive characterization of the stratigraphy. This dual approach represents a new analytical modality in the area of Cultural Heritage and is also beneficial in areas where non-destructive interrogation of thin layers and films is required.
机译:这项研究提出了组合的微空间偏移拉曼光谱法(micro-SORS)和共聚焦X射线荧光(共聚焦XRF)在微米级分层涂漆系统的无损研究中的应用。 Micro-SORS可以用于层的高浊度阻止从深度获取常规拉曼信号以及存在拉曼散射化合物的情况,从而有助于对层进行高度化学特异的(分子)表征。相反,共聚焦XRF可在给定深度的明确定义的体积上提供元素信息。在这项研究中,选择的标本已经用两种方法进行了分析。对分子和元素数据进行了比较和整合,以便对地层进行全面表征。这种双重方法代表了文化遗产领域的一种新的分析方法,并且在需要无损询问薄层和薄膜的领域中也很有用。

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