伊特鲁里亚南部(意大利中部)金属工艺品的生产:从铜到铁器时代的案例研究

A. Esposito, P. Petitti, M. Ferretti, A. Gorghinian, Fabio Rossi
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引用次数: 1

摘要

摘要:本文提出了一项分析研究,旨在确定铜基人工制品的元素组成,这些人工制品可追溯到铜器时代至早期铁器时代(公元前四千年中期至公元前八世纪),发现于半岛的第勒尼安一侧,对应于拉齐奥地区。这些物品属于不同的考古背景,具有不同的功能。用x射线荧光技术对它们进行分析。结果突出了铜时代冶金的实验特征,这将在后来的铜锡合金的既定使用中发展。至于青铜器时代,根据意大利半岛已知的情况,尽管这些人工制品在类型和功能上存在异质性,而且年代范围也很广,但合金的成分相对均匀,而且似乎与年代有关。据推测,这种变化是由于锡的可获得性的变化,而锡不是在当地开采的。早期铁器时代的冶金仅以Selvicciola贮藏物为代表,这限制了推广结论的可能性。合金的一个显著特征是完整的和破碎的工件在成分上的巨大差异。前者由锡青铜制成,而后者用锑和/或铅代替锡。由于缺乏冶金知识,不太可能使用这种不寻常的合金。考虑到铁器时代早期在中第勒尼安地区兴起的城市化社区,我们认为这种单一环境下的可变性可能与一种能够使用不同质量和价值的合金来满足多样化需求的生产系统有关。
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The production of metal artefacts in Southern Etruria (Central Italy): case studies from copper to Iron Age
ABSTRACT An analytical study is presented, aimed to determine the elemental composition of copper-based artefacts dated back from Copper Age to Early Iron Age (mid-fourth millennium to the VIIIth century B.C.), found on the Tyrrhenian side of the peninsula, corresponding to the Lazio region. The objects belong to different archaeological contexts and had various functions. They were analysed by the X-ray fluorescence technique. The results highlight the experimental character of Copper Age metallurgy, which will later evolve in the established use of copper-tin alloys. Regarding the Bronze Age, despite the typological and functional heterogeneity of the artefacts and the wide chronological range, the alloys are relatively homogeneous in composition, with regular changes that appear related to chronology, according to what is already known for the Italian peninsula. Such changes are supposedly due to variations in the availability of tin, which was not locally mined. Early Iron Age metallurgy is represented by the Selvicciola Hoard solely, which restricts the possibility of generalizing the conclusions. A striking feature of the alloys is the great compositional difference between the complete and the fragmented artefacts. The formers are made of tin bronze, whereas in the latter tin is replaced by antimony and/or lead. The use of such unusual alloys is unlikely due to lack of metallurgical knowledge. Considering the urbanized communities that arose in the Middle-Tyrrhenian area during the Early Iron Age, we suppose that such variability in a single context might be related to a production system capable of using alloys of different quality and value to satisfy a diversified demand.
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