重新审视中国青铜器中锡和铅的添加:一个统计学的视角

Zhang Zhiyan, Cui Jianfeng
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引用次数: 0

摘要

在商周时期,中国因使用含铅锡青铜而与众不同,这与欧亚草原的青铜器不同。对商代晚期和西周青铜器化学数据的重新分析,旨在揭示有目的地添加锡和铅的原因。结果表明:锡的浓度有两种不同的规律,主要规律稳定在15%左右,次要规律扩散到7%以下,反映了不同的冶金实践;此外,铜和铅(Cu-Pb)之间的线性变化表明,铅被添加来代替铜,可能是由于资源稀缺或早期国家发展中的青铜工业铜短缺。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Revisiting the addition of tin and lead in Chinese bronzes: A statistical perspective

During the Shang and Zhou Dynasties, China was distinctive for its use of leaded tin bronze, which diverged from bronzes in the Eurasian steppe. A reanalysis of published chemical data of late Shang and Western Zhou bronze vessels aimed to shed light on the purposeful addition of tin and lead. The findings demonstrate that the concentration of tin follows two separate patterns, with the predominant one stabilizing at about 15% and the secondary one spreading below 7%, reflecting diverse metallurgical practices. Furthermore, the linear variation between copper and lead (Cu-Pb) implies that lead was added to substitute for copper, probably owing to resource scarcity or copper shortages in the growing bronze industry of early states.

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