>One of the most impressive Sicilian pottery production is attributed to the so‐called Lipari Painter and his follow'/> Pigments characterization of polychrome vases production at Lipára: New insights by noninvasive spectroscopic methods
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Pigments characterization of polychrome vases production at Lipára: New insights by noninvasive spectroscopic methods

机译:Pizhrome花瓶的颜料表征在Lipára:非侵略性光谱法的新见解

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>One of the most impressive Sicilian pottery production is attributed to the so‐called Lipari Painter and his followers, whose vessels—found in the archeological site of Lipari (Aeolian Island, Sicily)—are decorated with characteristic blue, red, and white figures. From the archeological point of view, these artworks keep open many questions concerning dating, production technique, and cultural background. In this context, new data on the manufacture procedures and on the raw materials used for the pigments may contribute to a deeper comprehension of this early Hellenistic vase tradition. The preciousness of the vessels, exhibited at the Archeological Museum of Lipari, imposed the use of in situ nondestructive methods to address new insights on the nature of the colored layers. Thus, analyses by Raman and X‐ray fluorescence spectroscopy have been performed with portable instruments on a selection of vessels certainly attributed to Lipari Painter and to some others of his followers. The results of this study testify the use of different pigments: kaolin and gypsum, probably supplied locally, for white layers; Egyptian blue for blue hues; red ochre for brown‐reddish hues; and cinnabar for pink and red‐purple nuances. The identification of both Egyptian blue and cinnabar opens an interesting discussion about dating and circulation of the raw materials.
机译: >最令人印象深刻的西西里陶器生产归因于所谓的所谓Lipari Painter和他的追随者,其船只在Lipari(Aeolian Island,Sicily)的考古遗址中发现 - 以特色的蓝色,红色和白色数字装饰。从考古角度来看,这些艺术品仍然有关约会,生产技术和文化背景的许多问题。在这种情况下,用于制造程序和用于颜料的原材料的新数据可能有助于对这种早期的希腊花瓶传统的更深理解。在Lipari考古博物馆展出的船只的珍贵率先利用原位无损方法来解决有色层​​性质的新见解。因此,通过拉曼和X射线荧光光谱分析已经用便携式仪器进行了一系列船只,肯定归因于Lipari Painter的血管和他的追随者的其他一些船只。本研究结果证明了使用不同颜料:高岭土和石膏,可能在本地供电,适用于白色层;蓝色的埃及蓝色;棕色reddish色调的红色赭色;和朱砂为粉红色和紫色细微差别。埃及蓝色和朱砂的识别开辟了关于原材料的约会和循环的有趣讨论。

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    Department of Biological Geological and Environmental SciencesUniversity of CataniaCatania Italy;

    National Institute of Geophysics and VolcanologyPalermo Italy;

    Polo Regionale delle Isole Eolie Parco Museo Archeologico “L. Bernabo Brea”Lipari Italy;

    Department of Biological Geological and Environmental SciencesUniversity of CataniaCatania Italy;

    Department of Mathematics and Informatics Physic and Earth SciencesUniversity of MessinaMessina Italy;

    Department of Biological Geological and Environmental SciencesUniversity of CataniaCatania Italy;

    Department of Mathematics and Informatics Physic and Earth SciencesUniversity of MessinaMessina Italy;

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  • 正文语种 eng
  • 中图分类 X射线、紫外线、红外线;
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