Corrosion mechanism of ceramic glaze from the Yangtze Estuary II

Author:

Yu WenDi,Zhao Luo,Zhai Yang,Zhao Jing,Zhang KeXin,Ge Yan,Li Qiang,Zhao Meng,Huang JiZhong,Luo HongJie

Publisher

Springer Science and Business Media LLC

Subject

General Engineering,General Materials Science

Reference36 articles.

1. Zhang F K, Zhang Z G. Low-temperature colored glazes of successive dynasties in ancient China. J Chin Silic Soc, 1980, 1: 9–19

2. Dissertation for the Doctoral Degree;M S Walton,2004

3. Lang J F, Cui J F. A study of the style and producing area of the glazed pottery Lei liquid vessels unearthed from a Qi state tomb of the warring-state period in Linzi city. Huaxia Archaeology, 2017, 2: 95–101

4. Lu J X, Li J Z. Chinese History of Sci-Tech · Volume of Ceramics. 1st ed. Beijing: Science Press, 1998

5. Li Z, Ma Y, Ma Q, et al. New perspective on Jun glaze corrosion: Study on the corrosion oflight greenish blue and reddish purple glazes from Juntai Kiln, Yuzhou, Henan, China. Herit Sci, 2020, 8: 2

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