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Lines, spots and trails: a microscopic and mineralogical study of antimonate-opacified glass beads from Lofkend, Albania

机译:线条,斑点和迹线:来自阿尔巴尼亚Lofkend的锑酸盐透明的玻璃珠的微观和矿物学研究

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摘要

This study focuses on a group of decorated glass beads (twelfth-tenth century BC), belonging to a larger assemblage that was excavated from the prehistoric burial tumulus at Lofkend, Albania. The bulk glass, opaque glass decorations, and corroded areas were examined and analyzed using variable pressure-scanning electron microscopy with energy-dispersive spectroscopy (VP-SEM-EDS) and X-ray diffraction (XRD). The four glass beads analyzed were made using a plant ash-based alkali and colored with an iron containing chromophore which gave the glass its dark green color. Calcium antimonate was the predominant white opacifier used. Sodium antimonate was found as the opacifier in one sample. Its occurrence is likely accidental and formed due to a low concentration of calcium in the glass. Lead antimonate was identified in one sample and, along with calcium antimonate which was also present, would have acted as an opacifier for the white glass.
机译:本研究重点介绍一组装饰玻璃珠(十二世纪BC),属于一个较大的集会,从阿尔巴尼亚Lofkend的史前墓葬中挖掘出来。 使用具有能量分散光谱(VP-SEM-EDS)和X射线衍射(XRD)的可变压力扫描电子显微镜检查和分析散装玻璃,不透明玻璃装饰和腐蚀区域。 使用植物灰基碱进行分析的四个玻璃珠,并用含有发色团的铁有色,所述发色团均为玻璃暗绿色。 锑酸钙是所用的主要白遮光剂。 在一个样品中发现锑酸钠作为遮光剂。 由于玻璃中钙浓度低,其发生可能偶然和形成。 在一种样品中鉴定铅锑酸盐,并且还与也存在的锑酸钙一起,该氧化锑酸盐将作为白色玻璃的遮光剂作用。

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