[The application of trace element analysis to the study of provenance of copper minerals in ancient bronzes].

Qinglin Li · Zhu Jun-xiao · Ying Qin · Changsui Wang · Jianli Chen

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Metallurgy and Cultural Artifacts Archaeological and Geological Studies Cultural Heritage Materials Analysis

Abstract

The simulated smelting and founding experiment of bronze showed that the copper minerals from different regions could be distinguished clearly by using the multi-statistical analysis based on choosing the chalcophile elements determined by ICP-AES. In the present paper, the data of trace elements in bronzes from Panlongcheng Site and Ezhou, which were determined by NAA, were tried to be processed. The analytical result showed that the bronzes from Panlongcheng and Ezhou could be divided clearly, just like the results of the former simulated smelting and founding experiment of bronze. So, the feasibility of trace element analysis for the study of provenance of copper minerals in ancient bronzes was proved again.

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2022Separation or Integration? Further Insights from a Study of Chemical Datasets on Ancient Bronze Drums from South and Southeast Guangxi, China 2025Craftsmanship and resource networks: analyzing bronze production and metal materials circulation in the lower Yinghe River region from the 5th to the 1nd century BCE

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