Use of ultrasound for cleaning of components of historical vehicles in Technical Museum in Brno

Q3 Materials Science
K. Rapouch, M. Mrázek
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引用次数: 0

Abstract

Abstract In the collections of Technical Museum in Brno, large number of historical vehicles is placed. During the operation, parts of their motors are being fouled. Frequently, they become even immobile (e. g. due to a fouled fuel system). In this case, the method using ultrasound with a suitable concentrate appears as the most suitable. In fact, ultrasound works also in inaccessible places with large efficiency. Not only the chosen solution influences the cleaning efficiency, but also parameters as time, bath temperature and ultrasound frequency. The cleaning process was evaluated according to the volume of removed dirt and by observing wettability change using the measuring of contact angle of a water drop. The ultrasound shock waves influence the surface to a certain extent also mechanically. That is why, the ultrasound effect on defects in the structure was observed. The aggressivity of cleaning concentrates was evaluated on the ground of determination of dissolved metals in the baths by ET AAS method.
在布尔诺技术博物馆使用超声波清洗历史车辆部件
摘要在布尔诺技术博物馆的藏品中,放置了大量的历史车辆。在运行过程中,他们的电机部件被污染了。通常情况下,它们甚至会变得不动(例如,由于燃油系统污染)。在这种情况下,使用具有合适浓缩物的超声波的方法似乎是最合适的。事实上,超声波在人迹罕至的地方也能高效工作。所选择的溶液不仅影响清洗效率,还影响时间、浴温度和超声波频率等参数。根据去除的污垢的体积并通过测量水滴的接触角观察润湿性变化来评估清洁过程。超声波冲击波也在一定程度上机械地影响表面。这就是为什么观察到超声波对结构中缺陷的影响。在ET原子吸收光谱法测定镀液中溶解金属的基础上,对清洗液的侵蚀性进行了评价。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Koroze a ochrana materialu
Koroze a ochrana materialu Materials Science-Materials Science (all)
CiteScore
3.00
自引率
0.00%
发文量
8
审稿时长
14 weeks
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