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德清亭子桥和冯家山窑址出土原始青瓷不仅器型新奇美观,其制作工艺和材质属性也非常精良。因此,这批样品引起了考古界和古陶瓷界的广泛关注,甚至已将亭子桥和冯家山窑誉为早期官窑。本文采用能量色散X荧光分析技术、X射线衍射仪、热膨胀分析仪等手段,对样品胎釉的主次量元素组成,及胎体的物相组成和相关物理性能进行了系统分析,并通过横纵向比较综合分析了两窑址出土原始青瓷制作工艺的共性特征及其差异性,为重新探讨我国瓷器的起源打下了基础。
Deqing Pavilion Bridge and Feng Jiashan kiln unearthed original celadon not only novel and beautiful appearance, its production process and material properties are also very good. Therefore, these samples have aroused widespread concern in the archeological community and the ancient ceramics world, and even the pavilion bridge and Feng Jiashan kiln as the early kiln. In this paper, the energy dispersive X-ray fluorescence analysis, X-ray diffraction, thermal expansion analyzer and other means, the primary and secondary elements of the sample composition of fetal glaze and carcass phase composition and related physical properties were systematically analyzed by The longitudinal analysis and comparison of the common features and differences of the production process of the original celadon unearthed from two kilns sites laid a foundation for re-exploring the origin of porcelain in China.