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The Chemical Compositions and Origin Characters of Serpentine Jade from Different Deposits

机译:来自不同沉积物的蛇形玉石的化学成分和原始特征

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This work aims to explore the sources of raw materials of archaic serpentine jade artifacts by comparing their trace element content. The major and trace elements of serpentine jade samples from different deposits in China are determined by external-beam proton-induced X-ray emission (PIXE). Trace element concentrations are also measured by inductively coupled plasma atomic emission spectroscopy for comparison. The relationship between the trace element content and the mechanism of serpentine formation is discussed. The results indicate that Type I jade has a small amount of Ni in it and almost no Cr and Co while significant amount of Cr, Co and Ni was found in Type II jade. Thus, this could be used to distinguish the two kinds of serpentine jade formed by different mechanisms.
机译:这项工作旨在通过比较其微量元素含量来探讨古代蛇形玉器造成的原材料来源。 来自中国不同沉积物的蛇纹石玉样品的主要和微量元素由外束质子诱导的X射线发射(PIME)决定。 痕量元素浓度也通过电感耦合等离子体原子发射光谱测量以进行比较。 讨论了痕量元素含量与蛇形形成机制之间的关系。 结果表明,I玉有少量的Ni,几乎没有Cr和Co,而II型玉器中发现了大量的Cr,Co和Ni。 因此,这可用于区分由不同机制形成的两种蛇形玉。

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