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Characteristics of Chemical Compositions and Weathering of Glass Beads excavated from Andong Tumulus in Gildu-ri, Goheung  

Han, Min-Su (Conservation Science Division, National Research Institute of Cultural Heritage)
Lee, Han-Hyoung (Conservation Science Division, National Research Institute of Cultural Heritage)
Moon, Eun-Jung (Conservation Science Division, National Research Institute of Cultural Heritage)
Publication Information
Journal of Conservation Science / v.27, no.3, 2011 , pp. 323-332 More about this Journal
Abstract
Microtexture and components of 7 glass bead fragments excavated from Andong tumulus in Gildu-ri, Goheung have been analyzed to determine the characteristics of their weathered condition as well as chemical compositions. Firstly, status of microtexture shows that there is a large quantity of pollutants which were presumably transferred from the buried environment into the surface and the gap of the cracks. The examination has displayed that there are less amount of alkali metal components such as sodium (Na) and potasium (K) in the gap of the cracks than on the surface. The chemical compositions analysis has confirmed that two samples belongs to potash glass group ($K_2O-SiO_2$), four to soda glass group ($Na_2O-SiO_2$), and one to the mixed alkali glass group. Chromophoric elements of the glass varies by different colours: blue and navy are cobalt (Co); greenish blue is copper (Cu) and iron (Fe); and light brown is Fe respectively. Such kind of scientific analysis of the excavated glass beads will contribute to the understanding of interchange between various local cultures and arts within the southwest region of Korean Peninsula during the 4th and the 5th centuries.
Keywords
Andong tumulus; Glass beads; Weathering characteristics; Chemical compositions; Chromophoric elements;
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1 김영심, "고흥 길두리 안동고분의 역사적 성격". 고흥 길두리 안동고분 특별전 기념 학술대회 발표집, p117, (2011).
2 이 훈, "금동관을 통해 본 4-5세기 백제의 지방통치". 공주대학교 대학원 박사학위논문, (2010).
3 이한상, "고흥 길두리 안동고분 금동관모와 금동식리에 대한 검토". 고흥 길두리 안동고분 특별전 기념 학술대회 발표집, p53-70, (2011).
4 김주홍, "고대 유리옥 제작기술 연구". 목포대학교 대학원 석사학위논문, p1, (2007).
5 김규호, "한국에서 출토된 고대유리의 고고화학적 연구". 중앙대학교 대학원 박사학위논문, (2001).
6 김남영, "투광성 색소지 개발에 관한 연구". 단국대학교 대학원 석사학위논문, p13, (1995).
7 Zvigiffer, "Archaeological Chemistry ". John Wiley & Sons, p136-166, (1980).
8 이연주, "저화도 색유약에 관한 연구". 명지대학교 산업대학원 박사학위논문, p7-11, (2007).
9 Shortland, A. J. and Tite, M. S., "Raw materials of glass from Amarna and implications for the origins of Egyptian glass". Archaeometry, 41, p141-152, (2000).
10 김동윤, "경주 덕천리 유적 유리구슬의 고고화학적 고찰". 공주대학교 대학원 석사학위논문, p45, (2008).
11 Koezuka T. and Yamadsaki K., "Chemical Compositions of Ancient Glasses Found in Japan -A Historical Survey-". Proceedings of XVII International Congress on Glass, Chinese Ceramic Society: Beijing, p469-474, (1995).
12 임영진, "고흥 길두리 안동고분의 발굴조사 성과". 고흥 길두리 안동고분 특별전 기념 학술대회 발표집, p1-29, (2011).
13 김병호, "유리공학 ". 청문각, 서울, p164-183, (1977).
14 김규호, 허우영, "오창유적 유리구슬의 성분분석". 한국문화재보호단, (1999).
15 Koesuka, T., "Chemical Compositions of Ancient Glasses Found in Japan". Doctorate thesis, (1997).
16 강형태, 정광용, 김건수, 허우영, 조남철, "고창 만동유적(8호 및 9호묘) 유리구슬의 특성". 호남고고학보, 21, p73-87, (2005).
17 김규호, "경주 황남대총 남분 출토 유리의 과학적 분석". 황남대총의 제조명, 국립경주문화재연구소, (2000).
18 전남대학교박물관, 복암리고분군, (1999).