Energy Dispersive X-Ray Diffraction Potentiality in the Field of Cultural Heritage: Simultaneous Structural and Elemental Analysis of Various Artefacts

Eugenio Caponetti, Ruggero Caminiti, Delia Chillura Martino, Maria Luisa Saladino
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引用次数: 1

Abstract

The applicability of an Energy Dispersive X-ray Diffractometer to some technical questions in the field of Cultural Heritage is presented. This diffractometer, equipped with a white source, has been utilized for the structural and elemental analysis of some items having different nature. Given its design, the instrument allows to collect data from samples as big as a book or a little more. Samples, without collection of any portion and without any preliminary preparation, have been placed in the instrument and spectra have been collected in a wide energy range that contains X-ray fluorescence and diffraction features. In all cases, data acquired in air and in a non destructive way were reliable and their collection was fast. Fluorescence and X-ray diffraction information, when possible, have been compared with those obtained by XRF micro-analysis and by an Angle Dispersive X-ray Diffractometer equipped with a Cu X-ray source. By using the last two techniques, data have been collected from small areas of the samples.

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文化遗产领域的能量色散x射线衍射势:各种文物的同时结构和元素分析
介绍了能量色散x射线衍射仪在文物领域若干技术问题中的适用性。该衍射仪配有白色光源,已用于一些不同性质物品的结构和元素分析。考虑到它的设计,该仪器可以从一本书或更大一点的样本中收集数据。样品,没有收集任何部分,没有任何初步准备,已放置在仪器中,光谱已收集在包含x射线荧光和衍射特征的宽能量范围内。在所有情况下,在空气中以非破坏性方式获得的数据都是可靠的,而且收集速度很快。在可能的情况下,将荧光和x射线衍射信息与XRF显微分析和配备Cu x射线源的角度色散x射线衍射仪获得的信息进行了比较。通过使用后两种技术,从样本的小区域收集了数据。
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