A Characteristic Analysis of Glass Beads Excavated from the Naedeok-ri Site in Gimhae
1
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
This study conducted a cross-sectional analysis of 10 beads and a surface analysis of 38beads among 48 glass beads excavated from the Naedeok-ri site in the Gimhae region, Korea. Accordingto the cross-sectional analysis results, all glass beads were cobalt blue, and depending on the period,the bead colors from wooden coffin tomb No. 19 from the Proto-Three Kingdoms period and woodencoffin tomb No. 92 from the Three Kingdoms period were determined to be ultramarine andWedgewood blue. According to the surface analysis results, the colors of the beads were divided intoblue from the Proto-Three Kingdoms and Three Kingdoms eras, and brown from the Joseon Dynasty. Furthermore, the size of the beads was estimated to be Gimhae “small-sized”. These small beads werepopular until the late Gaya period. As a result of analyzing the composition of the glass, only potash1 type was confirmed in the cross section, but lead, potash, and soda glass were confirmed in thesurface analysis. This is because glass from the Proto-Three Kingdoms period was easily broken, andglass from the Three Kingdoms period was excavated relatively complete. Through this study, GimhaeNaedeok-ri is confirmed to be a group that uses glass with various ingredients. These results reveala trend moving in the following order: lead-barium Ⅱ → potash Ⅰ⋅Ⅱ → soda alumina → potashⅢ⋅lead glass.
Abstract
This study conducted a cross-sectional analysis of 10 beads and a surface analysis of 38beads among 48 glass beads excavated from the Naedeok-ri site in the Gimhae region, Korea. Accordingto the cross-sectional analysis results, all glass beads were cobalt blue, and depending on the period,the bead colors from wooden coffin tomb No. 19 from the Proto-Three Kingdoms period and woodencoffin tomb No. 92 from the Three Kingdoms period were determined to be ultramarine andWedgewood blue. According to the surface analysis results, the colors of the beads were divided intoblue from the Proto-Three Kingdoms and Three Kingdoms eras, and brown from the Joseon Dynasty. Furthermore, the size of the beads was estimated to be Gimhae “small-sized”. These small beads werepopular until the late Gaya period. As a result of analyzing the composition of the glass, only potash1 type was confirmed in the cross section, but lead, potash, and soda glass were confirmed in thesurface analysis. This is because glass from the Proto-Three Kingdoms period was easily broken, andglass from the Three Kingdoms period was excavated relatively complete. Through this study, GimhaeNaedeok-ri is confirmed to be a group that uses glass with various ingredients. These results reveala trend moving in the following order: lead-barium Ⅱ → potash Ⅰ⋅Ⅱ → soda alumina → potashⅢ⋅lead glass.
참고문헌 (11)
- Glass Artifacts from Gaya Sites Ⅰ, "Gimhae National Museum", Gimhae National Museum of Korea, ~ (2019)
- Henderson, J., "Ancient glass an Interdisciplinary Exploration" (2013), University of Nottingham, Cambridge university press
- Kim, E. A., "A characteristics on the glass beads Excavated from the tombs of Seokchon-dong in Seoul, Korea", Master’s, pp.2019
- 김은아, "금관가야 유리구슬의 특성 분석 (I)", 보존과학회지, 37(3), pp.232~244 (2021), 한국문화재보존과학회
- Kim, E. A., "An Interpretation of Correlation between Morphological Characteristics and Chemical Composition on Glass Beads Excavated from Gaya Tombs at the South Coastal Area in Korea", Doctor’s, pp.2023
- 김규호, "한국에서 출토된 고대유리의 고고화학적 연구", 박사, 물리화학, pp.2002
- Kim, G. H., "Archaeological Chemistry of Glasses Excavated at Songdong-ri tombs, Sangju, Korea", Journal of Conservation Science, 16, pp.23~30 (2004)
- External interaction in beads and glass accessory, "Kim, G. H.", Korean Traditional Costume Research Institute, 97~108 (2018)
- Kim, G. H., "SEM-EDS Microanalysis of Glass Beads Excavated from Yangdong-ri Remains, Kimhae", Journal of Conservation Science, 7(1), pp.23~30 (1998)
- 김규호, "An Analysis of a Crucible Survival and a Bead Fragments Excavated at Iksan Wanggung‐ri Site in Korea", 보존과학회지, 35(1), pp.81~89 (2019), 한국문화재보존과학회[DOI]
- Kyriaki P., "XRF analysis of glass beads from the Mycenaean palace of Nestor at Pylos, Peloponnesus, Greece – new insight into the LBA glass trade", Journal of Archaeological Science, 38(11), pp.2889~2896 (2011)