钧釉

广钧釉的组成与呈色研究

Composition and coloration of Guang Jun glaze

铜对钧釉着色的机理也可能不只一种。

The coloring mechanism of copper in Jun glaze may be different in different cases .

FeO和CuO共同作用的结果使钧釉呈现紫色。

The coloration of violet glaze is considered as the coalition result of FeO and CuO .

钧釉呈色机理及烧制工艺的研究

Discussion of Coloring Mechanism and Sintering Process for Jun Kiln

刘家沟钧釉中的金属铜

Metallic copper in the Jun glaze of Liu Jia Gou

钧釉呈色的物理化学分析

Physical Chemistry Analysis of Jun Glaze

首次发现钧釉有两液相分离的穿插结构和第二次液相分离的现象。

It is found for the first time that there are interpenetrating phase-separation structure and secondary phase-separation phenomenon in the Jun glaze .

从而确定元代钧窑的烧成温度在1250℃以上，烧制气氛为中等还原气氛，元代钧釉中的结构铁（Fe~（2+）和Fe~（3+））的配位数可能为4。

Firing temperature for the former was determined to be above 1250 ℃, and coordination number for Fe2 + and Fe3 + was four .

估计金属铜可能以铜屑或杂质存在作为钧釉红斑着色的一种原料来源。

It is estimated that metallic copper may exist in the form of copper dusts or impurities acting as a source of red coloring agent .