本文選題：樅陽 + 青銅器　； 參考：《光譜學與光譜分析》2017年11期

【摘要】：采用激光剝蝕電感耦合等離子體質譜(LA-ICP-MS),對樅陽境內出土西周至戰(zhàn)國時期青銅器和湯家墩遺址出土煉渣中的銅顆粒進行微量元素原位無損分析,以探討樅陽縣境內出土青銅器的銅礦來源。結果表明,樅陽湯家墩遺址冶煉銅金屬顆粒中的Co,As,Sb,Ag和Bi等元素含量較高,其微量元素特征不同于銅陵和銅綠山的冶煉金屬銅;從西周至戰(zhàn)國時期,樅陽青銅器所用銅礦來源比較穩(wěn)定,主要來自湯家墩遺址周邊的樅陽縣境內,有少量器物的銅礦可能來自長江以南的銅陵地區(qū);LA-ICP-MS可用于青銅器和古銅礦冶遺址煉渣中所夾雜銅顆粒的微量元素原位無損分析,從而為利用煉渣探討古礦冶遺址冶煉金屬產品的微量元素特征奠定了基礎,對探討三代青銅器的礦料來源研究具有重要的應用價值。
[Abstract]:By means of laser erosion inductively coupled plasma-mass spectrometry (LA-ICP-MS), the trace elements of copper particles unearthed from bronze ware and Tangjiadun site excavated in Zongyang from the Western Zhou Dynasty to the warring States period were analyzed in situ. In order to explore the source of copper ores unearthed in Zongyang County. The results show that the content of Cu, Cu, Ag and Bi in smelting copper particles in Zongyang Tangjiadun site is high, and its trace element characteristics are different from those in Tongling and Tonglushan from the Western Zhou Dynasty to the warring States period. The source of copper ore used in Zongyang bronze ware is relatively stable, mainly from the territory of Zongyang County around the site of Tangjiadun. The copper deposit with a small amount of utensils may come from Tongling area south of the Yangtze River and can be used for in-situ nondestructive analysis of trace elements of copper particles in the slag of bronze ware and ancient copper smelting sites. Thus, it lays a foundation for the exploration of trace element characteristics of smelting metal products from ancient mining and metallurgical sites by means of smelting slag, and has an important application value in the study of ore material source of bronze ware of the third generation.
【作者單位】： 安徽大學歷史系;中國科學技術大學科技史與科技考古系;樅陽縣文物管理所;
【基金】：國家社會科學基金項目(15BKG008)資助
【分類號】：K876.41;TG115.28
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本文編號：1895670