tul l Mas 'ud (Elyakhin)铜合金阿拉姆铭文的冶金特征

Q4 Environmental Science
D. Ashkenazi, Rafael Y. Lewis, E. Eshel, O. Tal
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引用次数: 0

摘要

1993年在tul l Mas 'ud (Moshav Elyakhin)西南部发现了一件由铜合金制成的阿拉姆语铭文物品,最近使用考古冶金方法进行了研究。根据视觉测试和多焦点光学显微镜观察,该物品可能是在附近的车间生产的,在生产过程中使用锋利的工具雕刻了铭文。考虑到从现场发现的大量刻有铜合金的人工制品,这件物品似乎不仅被用作祭品,而且很可能是为了祭品而制作的。经过磨砂处理的阿拉姆文雕刻物的XRF分析结果显示,核心金属是由相对纯净的铜制成的,锡含量低于1.0 wt. % Sn。选择使用低锡铜合金来生产物体表明合金的选择是基于技术考虑的,以便于将零件塑造成圆柱形的可塑性。制造过程包括在加热时弯曲物体,并通过几次锻造和退火循环将其塑形成最终形状。虽然目前的研究已经揭示了物体的整体成分和一般制造过程,但由于不允许进行破坏性测试,因此无法观察到芯合金的微观结构。虽然只分析了一件铜制品,但目前的考古冶金学研究可以进一步了解波斯时期黎凡特铜制品的冶金知识和制造过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Metallurgical Characterization of a Copper-Alloy Aramaic-Inscribed Object from Tulûl Mas‘ud (Elyakhin)
An Aramaic-inscribed object made of copper-alloy was discovered in 1993 in the south-western part of Tulûl Mas‘ud (Moshav Elyakhin) and has recently been studied using an archaeometallurgical approach. Based on visual testing and multifocal light microscopy observation, the object was probably produced in a nearby workshop, with the inscription engraved using a sharp tool during the production process. Given the larger assemblage of inscribed copper-alloy artefacts from the site, this item appears not only to have been used as a cultic object, but was also most probably made for the purpose of cultic offerings. The XRF analysis results of the Aramaic-inscribed object after it was sanded revealed the core metal to have been made of relatively pure copper with a tin content of less than 1.0 wt. % Sn. The choice to produce the object using a low-tin copper-alloy indicates that the alloy was chosen based on technological considerations, in order to facilitate plasticity in fashioning the part into its cylindrical shape. The manufacturing process involved bending the object while it was hot and shaping it into its final form by means of several cycles of forging and annealing. Although the current research has revealed the bulk composition and the general manufacturing process of the object, the microstructure of the core alloy could not be observed because destructive testing was not permitted. Although only a single copper object was analysed, the current archaeometallurgical study allows to gain further information on metallurgical knowledge and manufacturing processes of copper objects in the Persian period Levant.
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来源期刊
Humans and Nature
Humans and Nature Environmental Science-Environmental Science (all)
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