earticle

영어

Sumano pagoda, which has a total of twenty-eight wind-bell, lost the two wind-bells at the 1st storied roof part. The result of made replica by used morphological analysis and chemical composition; the height of the wind-bell was 132.3 ㎜(H), the width of the bottom was 98.7㎜(W), the thickness was 1.8 - 2.3㎜(T). 2.5times the radius of the bottom was coincides with the height of the wind-bell. Cuprite, tenorite, malachite and partly chloride corrosive ware observed at the surface. Corrosion of iron by the upper hasp to α-FeOOH and β-FeOOH on the surface of the wind-bell was deposited red color, malachite of green color in the lower part of red color was observed. The major component of the wind-bell is CuO, ZnO, Fe2O3, Sno, NiO and MnO. The CuO was 75.24, ZnO was 15.56, Fe2O3 was 3.74, SnO was 0.39, NiO was 0.18 and MnO was 0.01. This rate of component was the result of brass. Replica of the same size as the original was to implement by used the gypsum modeling method, after the oxide layer was formed by burning, and the color is similar to the original through compulsorily corrosion was reproduced, and corrosive to the anti-corrosive treatment, used by beeswax, could stabilize.

한국어

수마노탑에는 총 개의 풍경이 있어야 28 하나 1층 옥개부에 두 개의 풍경이 유실되었으며, 실측도를 이용한 형태적 분석과 성분분석을 통해 재현품을 제작한 결과, 풍경의 높이는 132.3㎜(H), 하부의 너비는 98.7㎜(W), 두께는 약 1.8-2.3㎜이며, 최하부 반지름의 2.5배 는 풍경의 높이와 일치하며, 표면에서는 Cuprite, Tenorite, Malachite과 부분적인 염화부 식물이 관찰되며, 상부 걸쇠(철제)의 부식으로 인해 α-FeOOH 또는 β-FeOOH가 풍경의 표면에 침착되고, 붉은부식물의 하부에서는 녹색의 Malachite가 관찰되며, 풍경의 주성분 은 CuO가 75.24, ZnO이 15.56, Fe2O3가 3.74, SnO가 0.39, NiO가 0.18, MnO가 0.01로 서 황동이며, 재현품 제작은 석고모형방식을 통해 원형과 동일한 크기의 재현품을 구현할 수 있었고, 소성을 통해 산화층을 형성한 후 강제부식으로 원형과 유사한 색상을 재현하고 방청처리하여 부식물을 안정화 시킬 수 있었다.