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Archaeometric investigation of a Late Roman marble statue from Kaucana (RG) with considerations on the diffusion of Thasos marble in Sicily

机译:考虑到萨索斯大理石在西西里岛的扩散,对考卡纳(RG)晚期罗马大理石雕像的考古学研究

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摘要

In this work, a Roman white marble fragment of a headless body and a limestone ballast have been studied. The artifacts were discovered during the underwater archaeological explorations carried out in the Late Roman Harbor of Kaucana in Palmento of Punta Secca (RG; Sicily). Petro-archeometrics analysis to identify their provenience were performed with the aim to constraint archaeological hypothesis. In particular, to characterize the white marble we used a multi-technique approach to the petrographic description including the distinctive parameters AGS, MGS and GBS carried out by optical microscopy (MO), whereas mineralogical and chemical analysis were obtained respectively by means of X-Ray Diffraction and X-Ray Fluorescence with a portable instrument. Furthermore, the determination of the ?~(18)O and ?~(13)C isotopic ratios gave important information for the identification of the provenience of marble by comparison with literature data. Regarding the ballast, the characterization of the limestone was carried out by traditional petrographic, mineralogical and chemical methods. Finally, information about morphology and causes of underwater deterioration suffered by the materials was obtained by SEM-EDS analysis. All the data strongly suggest the provenance from Capo Vathy quarry in Thasos island (Greece) for the marble. Whereas for the ballast, both a Thasian and south Sicilian origin is excluded. This paper contributes to reconstructing the marble routes from Greece to the western parts of the Roman Empire.
机译:在这项工作中,研究了无头尸体的罗马白色大理石碎片和石灰石镇流器。这些文物是在蓬塔塞卡(Punta Secca)(西西里岛)的Palmento的Kaucana晚期罗马港进行的水下考古探索中发现的。进行石油考古学分析以确定其来源,目的是限制考古学假设。特别是,为了表征白色大理石,我们采用了多种技术来描述岩石学,包括通过光学显微镜(MO)进行的独特参数AGS,MGS和GBS,而矿物学和化学分析分别是通过X-便携式仪器的射线衍射和X射线荧光。此外,通过与文献数据比较,确定α〜(18)O和η〜(13)C同位素比,为鉴定大理石的来源提供了重要的信息。关于压载物,石灰石的表征是通过传统的岩相,矿物学和化学方法进行的。最后,通过SEM-EDS分析获得了材料的形态和水下劣化原因的信息。所有数据都强烈表明来自Thasos岛(希腊)的Capo Vathy采石场的大理石来源。而对于镇流器,则不包括Thasian和南西西里的起源。本文有助于重建从希腊到罗马帝国西部的大理石路线。

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