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    清代宫廷掐丝珐琅的焊接工艺与腐蚀以养心殿东暖阁铜胎掐丝珐琅桌灯为主要案例

    Welding Process and Corrosion of Royal Cloisonne in the Qing DynastyTaking the Cloisonne Lamp in the Dongnuan Pavilion of Yangxin Hall as the Main Case Study

    • 摘要: 在清代掐丝珐琅宫灯的金属结构部分发现较为规律且不易察觉的黑色物质,这些物质是保存过程中在自然条件下形成的腐蚀产物。综合利用X射线成像、X射线荧光光谱与拉曼光谱等手段,对该物质进行结构、元素和物相等分析。结果表明:黑色物质的形成与金属胎体结构、金属焊接工艺和材料有密切关系,金属胎体结构为多部件焊接而成,焊接所使用的工艺为“大焊”和“镴焊”。黑色物质主要成分为氧化铜、氧化亚铜、一氧化铅和氧化锌。

       

      Abstract: A relatively regular and imperceptible black substance was found in the metal structure of the cloisonn é enamel palace lamp during the Qing Dynasty. These substances were corrosion products formed under natural conditions during preservation. X-ray imaging, X-ray fluorescence spectroscopy, Raman spectroscopy and other methods were comprehensive used to analyze the structure, elements and phase of the substance. The results show that the formation of the black substance was closely related to the metal carcass structure, metal welding process, and materials. The metal carcass structure was made by welding multiple components, and the welding processes used were “big welding” and “tin welding”. The main components of black matter are copper oxide, cuprous oxide, lead monoxide, and zinc oxide.

       

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