古代 銘文 陶版의 年代測定 및 材質의 成分分析에 관한 硏究

• 영문명: A study of counting method and material decomposition in ancient written tile
• 발행기관: 백산학회
• 저자명: 徐廷昊(Seo, Jeong-Ho)
• 간행물 정보: 『백산학보』第68號, 197~227쪽, 전체 31쪽
• 주제분류: 인문학 > 역사학
• 파일형태: PDF
• 발행일자: 2004.03.01

영문 초록

This study is performed to grasp the archeological meaning of remains before the decipherment and construction of the contents that can be a important part of ancient history of Korea and to provide the basic data to interpret and judge cultural asset correctly through the analysis on scientific. The result of this analysis is as follow : First, the counting method of the remains is performed by using TL(Thermo Luminescence Dating), one of the Radiocarbon dating that is the most general method inside and outside of the country when counting ages of the remains produced by firing of mineral matter like the earthenware or the tiled roof. And, for the qualitative and quantitative analysis, the tissues of the remains is observed by using polarization microscope and SEM(Scanning Electron Microscope Analysis) that can find the structure of remains. Also the amount of containing minutely ingredient of remains is analyzed quantitatively through XRD(X-Ray Diffraction) analysis and XRF(X-Ray Micro-Fluorescence) analysis of a metal used clay tablet and inlaid part. The counting method result of objective remains of this study is 780±90 years. So it is estimated about a thousand years since it is manufactured, but supposed that it was manufactured earlier than this because the counting method by TL forms radiation continuously by exposure after excavation. Also nature soil consists of Quartz, Albite, Muscovite, etc, the content of Fe2O3, metal oxide is about 4.46~6.13 wt% and it is close connected with the sectional color of written tile. In the natural soil of written tile, the bubble is maximum 2mm and shows close tissue, so when liquid manure of basic soil was performed, it went through carefully selected liquid manure by deflating air in basic soil well. In addition, as a result of the main ingredient, we can think that written tile was made by using weathered soil from bedrock which contains large percentage of iron. And it is worth of note that similarity is found between the main ingredient of written tile and comparative remains, contains of SiO₂, Al₂O₃, Fe₂O₃ of written tile and the main ingredient of the time remains recorded in written tile. Meanwhile, as a result of analysis into mineral matter attached on the surface of nail considered to be used to fix the written tile in metal analysis, it seems to be made secondary fixations by using SiO₂. It is identified that inlaid metal used bronze which has Cu and Sn as main ingredients. Herewith, it is identified that the fixing method of written tile is by driving a nail through the picture of Metal microscope. In the mean time, when looking around the contents of written tile, in the first line, it is written that 「魏明帝靑龍癸丑二年東王高麗東川王十一年……… omitted」, and because chronological era of Myong Emperor of Wi is CheongYong (BC 233~236) and King Dongcheon 11th year(237) of his reign is the posthumous epithet after his death, it conforms to the prior period than this. And in the second line from the last, it is written that 「……… 壁碑 ……… omitted」which indicates the use of this written tile, so it is thought to be suspended from the wall of grave room with tombstone. If it is the remain produced during this period, It is thought that metal inlaid method can provide important data on chronicle study of metal work technology since the manufacturing technique of this ancient written tile is a metal inlaid method. As a result of this study like this, I think that the study of decipherment of the contents and historical meaning of written tile is necessary. Also through analyzing the recorded contents on the written tile and manufactured age of remains by mutual connection, it is thought to be able to provide the fundamental sample to find historical meaning given by ancient written tile.

목차

Ⅰ. 序論

Ⅱ. 本論

Ⅲ. 결론

【참고문헌】

[Abstract]

키워드

명문도판 열루미넌스 연대측정법 편광현미경 Written Tile Thermo Luminescence Dating polarization microscope