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The Use of FTIR and Micro-FTIR Spectroscopy: An Example of Application to Cultural Heritage

机译:FTIR和Micro-FTIR光谱学的应用:在文化遗产中的应用实例

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Micro-FTIR and FTIR spectroscopy is useful for the study of degradation forms of cultural heritage. In particular it permits to identify the degradation phases and to establish the structural relationship between them and the substratum. In this paper, we report the results obtained on marble from a Roman sarcophagus, located in the medieval cloister of St. Cosimato Convent (Rome), and on oolitic limestone from the facade of St. Giuseppe Church in Syracuse (Sicily).The main components found in the samples of both monuments are: gypsum, calcium oxalate, and organic matter due to probably conservation treatments. In particular, the qualitative distribution maps of degradation products, obtained by means of micro-FTIR operating in ATR mode, revealed that the degradation process is present deep inside the stones also if it is not visible macroscopically. This process represents the main cause of crumbling of the substrate. The results of this research highlight the benefits of theμ-FTIR analysis providing useful insights on the polishing and consolidation processes of stone materials.
机译:微型FTIR和FTIR光谱学可用于研究文化遗产的退化形式。特别地,它允许识别降解阶段并建立它们与基质之间的结构关系。在本文中,我们报告了从位于罗马圣科西马托修道院(St.Cosimato Convent)(罗马)中世纪回廊的罗马石棺中的大理石以及从锡拉库扎(西西里岛)的圣朱塞佩教堂外立面上的硬质石灰石获得的结果。在两个纪念物的样本中发现的成分为:石膏,草酸钙和有机物,这可能是由于进行了养护处理所致。尤其是,通过在ATR模式下运行的微型FTIR获得的降解产物的定性分布图表明,即使在肉眼看不见的情况下,降解过程也存在于宝石内部。此过程代表了基材碎裂的主要原因。这项研究的结果突出了μ-FTIR分析的好处,为石材的抛光和固结过程提供了有用的见识。

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