首页> 外文期刊>Journal of Radioanalytical and Nuclear Chemistry >Study on the provenance of ancient Yaozhou celadon made at Lidipo and Shangdian during Kin period using nuclear technology
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Study on the provenance of ancient Yaozhou celadon made at Lidipo and Shangdian during Kin period using nuclear technology

机译:利用核技术研究金时期荔坡坡和上甸造的古代耀州青瓷的起源。

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摘要

Yaozhou Kiln at Lidipo and Shangdian are two independent porcelain kiln groups of Yaozhou kiln series in Shanxi Province. Both of them were consisted of some individual porcelain kilns. The samples of 20 pieces of porcelain sherds produced in Shangdian and 43 pieces of porcelain sherds made in Lidipo sites which produced in Kin Dynasty (1115–1234 A.D.) have been collected. The main chemical compositions in body were determined by X-ray fluorescence (XRF). The contents of trace elements were measured using neutron activation analysis (NAA). Principal component analysis (PCA) and stepwise discriminant analysis were used to study the provenance characteristic of these samples. The results indicated that the main components and trace elements in the specimen can be used to reveal the provenance characteristic.
机译:荔迪坡和上店的窑窑是山西省窑窑系列的两个独立的窑炉。他们两个都由一些单独的瓷窑组成。收集了上甸(公元1115年至1234年)生产的20块上甸瓷器皿和43块Lidipo地点制造的瓷器皿的样品。体内主要化学成分由X射线荧光(XRF)测定。使用中子活化分析(NAA)测量痕量元素的含量。使用主成分分析(PCA)和逐步判别分析来研究这些样品的来源特征。结果表明,标本中的主要成分和微量元素可用于揭示物源特征。

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    Institute of High Energy Physics CAS P. O. Box 918 Beijing 100049 P.R. China;

    Institute of High Energy Physics CAS P. O. Box 918 Beijing 100049 P.R. China;

    Institute of High Energy Physics CAS P. O. Box 918 Beijing 100049 P.R. China;

    Institute of High Energy Physics CAS P. O. Box 918 Beijing 100049 P.R. China;

    Institute of High Energy Physics CAS P. O. Box 918 Beijing 100049 P.R. China;

    Institute of High Energy Physics CAS P. O. Box 918 Beijing 100049 P.R. China;

    Archaeological Institute of Shanxi Province Xi’an 710000 P.R. China;

    Museum of Yaozhou Kiln Tongchuan P.R. China;

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