• Title/Summary/Keyword: 신창동 저습지 유적

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A Study on the Door Discovered at the Shinchang-dong Wetland Site (광주(光州) 신창동(新昌洞) 저습지출토(低濕地出土) 나무문짝(비문(扉門))에 관한 연구(硏究))

  • Cheon, Deuk-Youm;Shin, Sang-Hyo
    • Journal of architectural history
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    • v.15 no.5
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    • pp.7-18
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    • 2006
  • A lot of relics were unearthed in the Shinchang-dong wetland site, which can help restore prehistoric life style, including construction tools such as wood doors, wood hammers, ax handgrips, sickle handgrips, wedges, awls, wood pillars and connection members, food vessels made of earth or wood and fish, shell fish, seeds and remains of weapons. In particular, a door was found in the site, which was measured at 110cm long and 37cm wide. If restored it will be 75cm wide. The door seems to date back as far as the 1st century B. C., which would be the oldest one ever discovered in Korea. This paper is intended to explore the implications of the door by investigating the environment of the Shinchang-dong wetland site bearing the relics intact, manufacturing techniques and times of manufacturing of the door as well as attributes of doors presented in the literature related to old time architecture such as Goguryeo tomb paintings and house-shaped vessels. It also intends to provide basic data for study of residential architecture in prehistoric times.

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Conservation for Wooden Objects and Lacquer Wares Excavated From Sinchang-dong, Gwangju (광주 신창동 저습지 유적 목제 및 칠기의 보존)

  • Kim, Soochul;Park, Youngman
    • Conservation Science in Museum
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    • v.7
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    • pp.43-51
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    • 2006
  • From the low swamp remains in Sinchang-dong, Gwangju, a number of wooden lacquerware along with various wooden artifacts were excavated. These excavated lacquerware have deteriorated and weak wooden parts and the lacquer layer come off from the wooden parts; they are very likely to peel off and crack. Therefore, we impregnated the lacquerware in PEG#4000 40% solution that was effective for vacuum freeze drying and finished freeze-drying below 0°…. We compared the weight of wood and lacquerware right after the freeze-drying with the weight after leaving them in a airtight space with 60% RH (relative humidity). The comparison results showed no change in weight; thereby we confirmed controlling the finishing temperature during freeze-drying could control the moisture in wood after drying and it could stabilize wood against the change in moisture in the atmosphere. according to the analysis of the lacquer fragment, the base layer was pasted on the wooden surface with mixed black pigment and the upper layer was pasted three or four times with the mixture of lacquer and black pigment; or it was pasted without the black base coating.

Experiment on Conservation Treatment Method(PEG, Sucrose and Lactitol) and Degree of State-change with RH of Waterlogged Archaeological Wood (수침고목재(水浸古木材)의 보존(保存)을 위한 PEG, Sucrose, Lactitol 처리(處理) 및 습도조건(濕度條件)에 따른 상태변화(狀態變化) 실험(實驗))

  • Yi, Yong-hee;Kim, Soo-choul;Park, Young-man;Kim, Kyoung-su
    • Conservation Science in Museum
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    • v.2
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    • pp.19-25
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    • 2000
  • In order to studies proper conservation treatment condition of waterlogged archaeological wood excavated from wetland in Shinchang-dong, Kwangju, 2 kinds of wooden objects were treated with PEG(Poly-Ethylene Glycol), sucrose and lactitol and their size stability and relative humidity were analyzed and compared each other. The result showed that Quercus spp. had the highest size stability in 2 Step-PEG treatment using PEG#200(MW:200) and PEG#4000 (MW:3,350) and Acer spp. was the highest in treatment using only PEG#4000. In relative humidity test after treatment 2 Step-PEG treatment showed the lowest size stability. In the meantime, sucrose and lactitol-treated sample was fast for penetration, sucrose-treated sample showed a sharp increase for penetration in as high as 84% humidity condition and medicine flew out a lot and lactitol-treated sample got enlarged with fine cracking(splitting) in relative humidity test. In relative humidity test, the samples showed cracking(splitting) in all treatment materials except for 2 Step-PEG treatment. This study showed that waterlogged archaeological wood excavated from Shinchang-dong had the highest size stability and highest adaptation to humidity change in case of treatment with 2 Step-PEG.

Conservation for Pocket of Wooden Dagger Excavated from Sinchang-dong, Gwangju (광주 신창동 출토 칠기칼집 보존처리)

  • Kim, Soochul;Yi, Yonghee
    • Conservation Science in Museum
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    • v.5
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    • pp.37-41
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    • 2004
  • The immersed ancient wood relics excavated from the low swampy area of historic site in Shinchangdong, Gwangju are extremely weak. Since they are quickly dried inducing shrinkage when exposed to air, special preservative treatment is required to exhibit and preserve such items. In the case of the heavily varnished lacquerware such as the lacquered sheaths, in particular, it is extremely difficult to preserve them because chemicals are not easily penetrated and the coating might swell or come off during the process of coating. The lacquer sheaths have been preserved by carrying out freeze-drying after impregnating them in aqueous solution with low concentration of PEG#4000 40%.

Species Identification of Waterlogged Archaeological Woods Excavated at Shinchang-dong Wetland Site (광주신창동저습지유적출토수침목재의수종식별 - 2005년광주 ~ 장성간도로확장공사구간내 -)

  • Park, Youngman
    • Conservation Science in Museum
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    • v.10
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    • pp.29-42
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    • 2009
  • This paper explores the types (species of trees) of 25 pieces of waterlogged wood excavated from the area between Gwangju and Jangseong during road expansion by the Gwangju National Museum. These 25 pieces of wood include nine pieces of Quercus (Lepidobalanus Cerris)sp., six pieces of Quercus (Lepidobalanus Prinus)sp., three pieces of Castanea sp., two pieces of Salix sp., one piece of Alnus sp., one piece of Prunus sp., one piece of Morus sp., one piece of Chionanthus sp., and one piece of Acanthopanax sp.