The cross section of the Ru Porcelain sherds is analyzed from glaze to body for main elemental contents with EDXRF probe line scanning method. It is found that a midst layer with great variety of elemental contents ex...The cross section of the Ru Porcelain sherds is analyzed from glaze to body for main elemental contents with EDXRF probe line scanning method. It is found that a midst layer with great variety of elemental contents exists from glaze to body. Furthermore, every elemental content changes continuously and each has different shapes with different jumping-off points and end- points. It is certain that the midst layer is formed during the process of porcelain firing, when vitreous glaze infiltrates into the surface of porcelain body. It also well fits the phenomenon observed through different microscopes (stereo-microscope, polarizing microscope and SEM).展开更多
基金This work was supported by the National Natural Science Foundation of China(Grant No.50272064)Chinese Academy of Sciences(Grant No.KJCX-No4) Research Foundation of City University of Hong Kong(Grant No.9010007).
文摘The cross section of the Ru Porcelain sherds is analyzed from glaze to body for main elemental contents with EDXRF probe line scanning method. It is found that a midst layer with great variety of elemental contents exists from glaze to body. Furthermore, every elemental content changes continuously and each has different shapes with different jumping-off points and end- points. It is certain that the midst layer is formed during the process of porcelain firing, when vitreous glaze infiltrates into the surface of porcelain body. It also well fits the phenomenon observed through different microscopes (stereo-microscope, polarizing microscope and SEM).
