서천 봉선리유적 탐방로구역 출토 목제유물의 보존처리
Conservation Treatment of Wooden Artifacts Excavated at the Bongseon-ri Site in Seocheon, Korea
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초록
서천 봉선리유적 탐방로구역에서 출토된 목제유물 9점은 열화되어 재질이 취약한 상태이었다. 따라서 변형 및 손상을 방지하고자 치수 안정화를 통해 보존처리를 진행하였다. 보존처리 전 수종분석을 한 결과, 소나무류 3점, 오리나무류 2점, 밤나무류 2점, 상수리나무류 1점,느티나무속 1점으로 식별되었다. 보존처리는 PEG#3,350 수용액에 농도 40%까지 함침처리를진행하였으며, 진공동결건조법으로 건조하였다. 보존처리가 완료된 유물들은 다른 유적지의유물과 비교하여 용도가 농기구, 용기 등 생활 도구로 판단하였다.
Abstract
Nine wooden artifacts excavated from the Bongseon-ri site in Seocheon were deterioratedand frail. Therefore, to prevent deformation and damage, conservation treatment was performed throughdimensional stabilization. As a result of tree species analysis before conservation treatment, it wasidentified as 3 Hardpine, 2 Alnus Japonica, 2 Castanea spp., 1 Cerris Section, and 1 Zelkova serrata. For the conservation treatment, wooden artifacts were impregnated with PEG#3,350 in water solutionwith 40% concentration and performed by freeze-drying. Artifacts that have been preserved werejudged to be living tools such as farming and containers compared to those of other historical sites.
참고문헌 (24)
- Broda, M., "Conservation of Waterlogged Wood-Past, Present and Future Perspectives", Forests, 12(9), pp.1193~ (2021)
- Gaya National Reasearch Institute of cultural Heritage, "Ancient Wooden Artifact of Korea: Focusing onSeongsan Fortress in Haman" (2008)
- Gaya National Reasearch Institute of cultural Heritage, "Korea’s Source of Wooden artifactⅡ" (2013)
- Graves, D. J., "A Comparative Study of Consolidants for Waterlogged Wood : Polyethylene Glycol, Sucrose and Silicon Oil", SSCR Journal, 15(3), pp.13~17 (2004)
- Han, S. H., "Species Identification and Tool-Trace Analysis of Wooden Artifacts Excavated from Sabi Era, Baekje", 석사, pp.2005
- 조상윤, "천안 성거산 위례성 출토 목어의 적외선 조사 및 보존처리", 박물관보존과학, 26, pp.13~24 (2021), 국립중앙박물관[DOI]
- Kennedy, A., "Conservation of Chemically Degraded Waterlogged Wood with Sugars", Studies in Conservation, 59(3), pp.194~201 (2014)
- Kim, K. S., "The Vacuum Freeze-Drying Experiment for Water-logged Wood Excavated from Wolpyongdong in Daejeon", Conservation Science in Museum, 1(3), pp.27~35 (1999)
- Kim, S. C., "PEG Concentration and Solvent Selection for Freeze-Drying of Waterloggged ArchaeologicalWoods", 석사, pp.2003
- Kim, S. C., "Conservation for Pocket of Wooden Dagger Excavated from Sinchang-dong, Gwangju", onservation Science in Museum, 5(6), pp.37~41 (2004)
- Lee, G. C., "Penetration of Polye-thylene Glycol into the Archaeological Waterlogged Wood", 석사, pp.2013
- Lee, H. S., "imensional Stability of Waterlogged Archaeological Wood in PEG, Lactitol and Sucrose Treatment", Journal of Conservation Science, 8(1), pp.28~32 (1999)
- 이광희, "PEG처리 수침고목재의 조습건조", 보존과학회지, 27(1), pp.91~100 (2011), 한국문화재보존과학회
- 이광희, "김해 봉황동 유적 출토 선박부재의 수종분석 및 보존처리", 보존과학회지, 31(4), pp.341~350 (2015), 한국문화재보존과학회
- 이광희, "위글 매치를 이용한 서천 봉선리 유적 출토 목곽고의 방사성탄소연대 측정", 보존과학회지, 34(1), pp.31~37 (2018), 한국문화재보존과학회[DOI]
- Lee, P. W., "Properties and uses of Korean wood(Ⅰ)" (1997), Seoul National University Press
- Lee, Y. H., "Experiment on Conservation Treatment Method(PEG, Sucrose and Lactitol) and Degree of State-change withRH of Waterlogged Archaeological Wood", Conservation Science in Museum, 2(3), pp.19~25 (2000)
- Majka, J., "Dimensional stability and hygroscopic properties of PEG treated irregularly degraded waterlogged Scots pine wood", Journal of Cultural Heritage, 31, pp.133~140 (2018)
- Namichev, P., "Wood as a primary selection of material for furniture production", New Technol, 7(4), pp.6~12 (2019)
- Oh, J. E., "A study on the comparative of conservation with PEG-treated large waterlogged woods using 3D scan", 석사, pp.2019
- Park, S. J., "Organization and identification of wood" (1987), Hwyangmunsa
- Parrent, J. M., "The Conservation ofWaterloggedWood Using Sucrose", Studies in Conservation, 30(2), pp.63~72 (1985)
- Seocheon and Chungnam Institute of History and Culture, "Seocheon Bongseon-ri site Ⅱ" (2019)
- Varga, T., "Timber-traditional material history or vision in architectural design?", Advanced Materials Research, 899, pp.460~465 (2014)