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首页> 外文期刊>Chinese science bulletin >Application of ICP-MS trace element analysis in study of ancient Chinese ceramics
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Application of ICP-MS trace element analysis in study of ancient Chinese ceramics

机译：ICP-MS微量元素分析在中国古代陶瓷研究中的应用

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摘要

Thirty-nine trace elements of the Song-Yuan period (960-1368 AD) porcelain bodies from Cizhou, Jizhou and Longquanwu kilns were analyzed with ICP-MS, a technique rarely used in Chinese archaeometry, to investigate its potential application in such studies. Trace element compositions clearly reflect the distinctive raw materials and their mineralogy at the three kilns and allow their products to be distinguished. Significant chemical variations are also observed between Yuan and Song-Jing dynasties samples from Cizhou as well as fine and coarse porcelain bodies from Longquanwu. In Cizhou, porcelains of better quality which imitate the famous Ding kiln have trace element features distinctive from ordinary Cizhou products, that indicates geochemically distinctive raw materials were used and which possibly also underwent extra refining prior to use. The distinct trace element features of different kilns and the various types of porcelains from an individual kiln can be interpreted from a geochemical perspective. ICP-MS can provide a large amount of valuable information about ancient Chinese ceramics as it is capable of analyzing >40 elements with a typical of precision < 2%.
机译：利用中国考古学中很少使用的ICP-MS技术，对瓷器，Ci州和龙泉坞窑的宋元时期（公元960-1368年）瓷体中的39种微量元素进行了分析，以研究其在此类研究中的潜在应用。微量元素的组成清楚地反映了三个窑炉中独特的原材料及其矿物学特征，并使其产品与众不同。在慈州的元，宋，京两代样品以及龙泉坞的细，粗瓷体之间也观察到了明显的化学变化。在慈州，模仿著名的鼎窑的优质瓷器具有微量元素特征，与普通慈州产品不同，这表明使用了地球化学独特的原材料，并且在使用前还可能需要进行额外的精制。可以从地球化学的角度解释不同窑炉和不同类型瓷器的独特痕量元素特征。 ICP-MS能够分析40多种元素，典型精度<2％，因此可以提供有关中国古代陶瓷的大量有价值的信息。

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