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Studying a Funerary Roman Vessel Glass Collection from Patras, Greece: An Interdisciplinary Characterisation and Use Study

机译:研究希腊帕特雷的随葬罗马船用玻璃收藏品:跨学科表征和使用研究

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In a rescue excavation of a Roman funerary complex located at the city of Patras, Achaia, Greece, an assemblage of high quality glass vessels of the 2~(nd)-3~(rd) c. AD was recovered. Here we present the results from the physicochemical examination of the collection using a combination of non-destructive techniques, namely optical microscopy, portable X-Ray Fluorescence, Scanning Electron Microscopy and Infrared spectroscopy (IR) techniques. The analyses resulted in the chemical characterization of the glass samples and the identification of a rare example of soda plant-ash glass. Moreover, madder lake was identified as the original content of several glass vessels. Finally, the effect of the original content on the corrosion processes was investigated, along with issues of biocorrosion.Statement of significance The interdisciplinary study of an assemblage of 2~(nd)-3~(rd) c. AD Roman funerary vessel glasses from Patras, Greece is reported. The archaeological and archaeometric study of Roman glass in south and central Greece has so far been limited. The present work is the first attempt to examine the complete cha?ne opératoire of Roman funerary glass vessels, using a multi-technique approach. More specifically, the basic aims of the study were (1) the chemical characterization of the glass and the determination of the raw materials used; (2) the determination of the original content of the vessels; and (3) the examination of the corrosion effects on the glass.
机译:在位于希腊阿恰亚(Achaia)的帕特雷(Patras)市的罗马葬礼综合体的救援开挖中,组装了2〜(nd)-3〜(rd)c支高质量的玻璃器皿。广告已恢复。在这里,我们介绍了使用非破坏性技术(即光学显微镜,便携式X射线荧光,扫描电子显微镜和红外光谱(IR))的组合对集合物进行理化检查的结果。这些分析导致了玻璃样品的化学表征以及苏打植物灰玻璃的一个罕见实例的鉴定。此外,madder湖被确定为几个玻璃器皿的原始内容。最后,研究了原始含量对腐蚀过程的影响,以及生物腐蚀问题。意义说明对2〜(nd)-3〜(rd)c组合进行跨学科研究。据报道,来自希腊帕特雷的罗马随葬品玻璃杯。迄今为止,希腊南部和中部对罗马玻璃的考古和考古学研究还很有限。本工作是首次尝试使用多种技术方法研究罗马陪葬玻璃器皿的完整链章。更具体地说,研究的基本目的是:(1)玻璃的化学表征和所用原料的确定; (二)确定船舶原物的; (3)检查对玻璃的腐蚀作用。

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