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首页> 外文期刊>Angewandte Chemie >Combined Non-invasive PIXE/PIGE Analyses of Mammoth Ivory from Aurignacian Archaeological Sites
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Combined Non-invasive PIXE/PIGE Analyses of Mammoth Ivory from Aurignacian Archaeological Sites

机译:来自Aurignacian考古遗址的猛犸象纯粹的非侵入式Pixe / PIGE分析

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摘要

Among the earliest Homo sapiens societies in Eurasia, the Aurignacian phase of the Early Upper Paleolithic, approximately 40000-30000 years ago, mammoth ivory assumed great social and economic significance, and was used to create hundreds of personal ornaments as well as the earliest known works of three-dimensional figurative art in the world. This paper reports on the results of micro-PIXE/PIGE analyses of mammoth-ivory artifacts and debris from five major sites of Aurignacian ivory use. Patterns of variable fluorine content indicate regionally distinctive strategies of ivory procurement that correspond to apparent differences in human-mammoth interactions. Preserved trace elements (Br, Sr, Zn) indicate that differences at the regional level are applicable to sourcing Paleolithic ivory at the regional scale.
机译:在欧亚大陆的最早的同性恋者中,古石头早期的古尼亚斯阶段,大约40000-30000年前,猛犸象象牙具有巨大的社会和经济意义,并被用来创造数百个个人装饰品以及最早的知名作品 世界三维比喻艺术。 本文报告了Mixate-Ivory术士和碎片的微像/仔猪分析的结果,来自Aurignacian象牙使用的五个主要部位。 可变氟含量的图案表示象牙采购的区域截然学策略,其对应于人类猛犸相互作用的表观差异。 保存的微量元素(BR,SR,Zn)表明区域一级的差异适用于区域规模以旧石器时代的象牙来源。

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