Cite this article as:

MA Zhao-ceng, DU Ling, FANG Chun-ying, YIN Xiu-lan, and JIN Lian-ji, STRUCTURE OF BLACK PATINA ON THE ANCIENT BRONZE MIRRORS, J. Univ. Sci. Technol. Beijing , 3(1996), No. 2, pp.121-126.
MA Zhao-ceng, DU Ling, FANG Chun-ying, YIN Xiu-lan, and JIN Lian-ji, STRUCTURE OF BLACK PATINA ON THE ANCIENT BRONZE MIRRORS, J. Univ. Sci. Technol. Beijing , 3(1996), No. 2, pp.121-126.
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铜镜黑漆古表层的结构

摘要: 具有黑漆古褐漆古表层的8种铜镜样品表面X射线衍射分析(XRDA)结果表明,在相近的2θ角位置上都有4~5个较宽的弥散峰,而基体的XRDA结果都无弥散峰。结果表明弥散峰是样品表层中具有3~5nm的SnO2微晶所引起的。而已穿透腐蚀的黑漆古铜镜残片研细的XRDA结果尚具有基体的强衍射峰,表明黑漆古表层不单含有金属氧化物(主要是SnO2),还存在未被腐蚀而被SnO2所包裹的原合金大小不等的颗粒。

 

STRUCTURE OF BLACK PATINA ON THE ANCIENT BRONZE MIRRORS

Abstract: X-ray diffaction analysis(XRDA)data of the black or brown patina on the surfaces of eight kinds of bronze mirror samples show 4 or 5 broad diffuse peaks which corresponding to almost the same 2θ angle, while their matixes does not.These results indicate that those diffuse peaks were produced by the SnO2, microcrystals of 3~5 nm size contained in the black or brown patina.The matrix of unearthed black patina bronze mirror numbered 223, gives strong XRDA diffraction peaks, indicating that there are a large amounts of non-oxidized bronze alloy particles surrounded by SnO2,which shows that the black patinas are not wholly metallic oxides (mainly SnO2),there are also a lot of original alloys of different sizes in grain in the patina.The bright-field image of the black patina sample gives the same result.

 

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