Coloring mechanism of celadon glazes from Yaozhou kiln
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The Five Dynasty sky-green, Song dynasty olive-green and Jin dynasty moon-white glazes are three typical glazes of theYaozhou celadon. In this work, the coloring mechanism of the three celadon glazes were compared and analyzed by usingcolorimeter, EDXRF, XRD, XPS and Raman spectrometer. The results indicate that the content of Fe2O3 is proportional tothe depth of the glaze colors. The Raman Ip value indicates that the firing temperature of the Song dynasty olive-green glazewas the highest, followed by the Five Dynasty, and then the Jin dynasty. The lower firing temperature and dense bubbles areimportant causes of the high opacification of the Jin moon-white glaze. The ratio of Fe2+ to Fe3+ in the glaze is directlyproportional to the b* value, which is the main reason for why the Yao celadon glaze colors are yellow-green in Song, butbluish in the Five Dynasty and Jin dynasty.
Abstract
The Five Dynasty sky-green, Song dynasty olive-green and Jin dynasty moon-white glazes are three typical glazes of theYaozhou celadon. In this work, the coloring mechanism of the three celadon glazes were compared and analyzed by usingcolorimeter, EDXRF, XRD, XPS and Raman spectrometer. The results indicate that the content of Fe2O3 is proportional tothe depth of the glaze colors. The Raman Ip value indicates that the firing temperature of the Song dynasty olive-green glazewas the highest, followed by the Five Dynasty, and then the Jin dynasty. The lower firing temperature and dense bubbles areimportant causes of the high opacification of the Jin moon-white glaze. The ratio of Fe2+ to Fe3+ in the glaze is directlyproportional to the b* value, which is the main reason for why the Yao celadon glaze colors are yellow-green in Song, butbluish in the Five Dynasty and Jin dynasty.
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