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Deterioration of tin-rich organ pipes

机译:富锡器官管的恶化

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摘要

Tin-rich organ pipes are often affected by localised deterioration in the form of grey pustules, pinholes, cracks and exfoliations at the surface. Two main types of decay of tin-base materials that might have a similar appearance, i.e. the surface of the object covered with dark grey pustules, are known. The first is the allotropic transformation of white metallic tin into grey tin, the so-called “tin-pest”. The second form of decay is due to corrosion in the form of localised oxidation of tin. The identification of the causes of deterioration is of main concern because, whereas oxidised material can be treated, an object that suffers “tin pest” cannot be reconstituted. In the present paper the results of investigations on ancient tin-rich organ pipes affected by localised degradation are presented. The study of the composition and the microstructure of the pipes has been coupled with the results of analyses on the corrosion products. It was shown that oxidation clearly has a significant role in the deterioration of tin pipes, but it was not possible to establish if the allotropic transformation took place or not, because of the low probability of detecting the residual grey tin.
机译:富含锡的器官管经常受到局部变质的影响,这些变质形式为表面的灰色脓疱,针孔,裂缝和剥落。已知可能具有相似外观的两种主要类型的锡基材料衰减,即,物体表面被深灰色脓疱覆盖。首先是白色金属锡向灰色锡的同素异形转变,即所谓的“锡虫”。腐蚀的第二种形式是由于锡的局部氧化形式的腐蚀所致。识别变质原因是主要关注的问题,因为尽管可以处理氧化物质,但不能重建遭受“锡害虫”的物体。本文介绍了受局部降解影响的古代富锡器官管的研究结果。对管道组成和微观结构的研究与腐蚀产物的分析结果相结合。结果表明,氧化显然在锡管的劣化中具有重要作用,但是由于检测残留灰锡的可能性低,因此无法确定是否发生了同素异形转变。

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  • 来源
    《Journal of Materials Science 》 |2006年第6期| 1819-1826| 共8页
  • 作者单位

    Institute of Metallurgy University of Bologna;

    Institute of Metallurgy University of Bologna;

    Department of Environmental and Materials Engineering University of Modena;

    Institute of Metallurgy University of Bologna;

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