• Title/Summary/Keyword: 감은사지서삼층석탑

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Analysis of Surface Contaminants and Removal Techniques on Three-story Stone Pagoda at the West of Gameunsaji Site (감은사지서삼층석탑의 표면오염물 분석과 제거기술)

  • Kim, Sa-Dug;Lee, Tae-Jong;Kim, Da-Ram;Han, Min-Su
    • Journal of Conservation Science
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    • v.26 no.2
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    • pp.203-211
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    • 2010
  • Analytic research on the surface pollutant of the three storied-pagoda at the west of Gameunsaji site as well as studies of previous wet cleaning cases was undertaken in order to decide cleaning method for removing inorganic pollutants. The status of pollutant was examined by naked eye observation, SEM-EDS, XRD. Then it was compared and categorized through qualitive and quantitative analysis. The result showed that the surface pollutants consisted of iron compounds or sulfur compounds and it was crystallized in the form of circle, oval, needle, etc. Result, Low-pressure rotating vortex process cleaning, with which particular matters are sprayed in swirl, is considered to be the best method to remove the pollutants.

Selection and Conservation for the Filler of Three-storied Stone Pagoda at the West of Gameunsaji Site in Gyeongju (경주 감은사지서삼층석탑 충전제 선정과 보존처리)

  • Lee, Tae-Jong;Kim, Sa-Dug;Gal, Seo-Yeon
    • Journal of Conservation Science
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    • v.26 no.4
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    • pp.361-370
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    • 2010
  • The open pore of stone cultural heritage is not expected to have an effect only by consolidation, and it has a drawback that only the internal wall adheres and gets consolidated due to the incrase of liquidity caused by the low viscosity and difference of materials in the case of filling with high molecules synthetic resins. Therefore, this research selected the effective filler for Three-storied Stone Pagoda at the West of Gameunsaji Site through the verification of filling effects of materials using the information about various fillers based on minerals. As the result of filler experiment, got filled with the combination of KSE 500 STE + KSE Filler A${\cdot}$KSE Filler B that is the same as the Member or has very similar properties. The total surface area of the west stone is $252.6m^2$ and the area where the internal opening has been developed is $17.77m^2$(7.03%) requiring a task that fills the internal($24,885m{\ell}$).