彩色蚀刻在再生铝硅铸造合金质量控制中的优势

E. Tillová, L. Kuchariková, M. Chalupová, J. Belan, A. Vaško, Adrián Herčko
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引用次数: 2

摘要

彩色金相学是一套光金相显微方法,与传统技术相比,它利用相颜色对比作为新结构信息的来源。在许多情况下,在传统技术无法获得可识别的相位对比的情况下,可以诱导颜色对比。在颜色对比的帮助下,我们获得了关于Al-Si合金,特别是金属间相的组织的新信息,在铸造质量控制中使用它是有益的。蓝黄对比绝对比深灰色或浅灰色对比更明显。没有实质性的可再现的色彩再现,因为这两个阶段是用蓝黄还是绿赭石对比来区分是无关紧要的。当使用颜色对比时,结构成分的不同不仅取决于它们的微观外观,而且还基于合金的化学成分、结构成分之间的相互作用、铝合金结构可能影响的知识(例如精炼、改性、热处理)。将颜色对比法应用于Al-Si合金的质量控制中,研究了AlSiMg铸造合金(AlSi7Mg0.3;AlSi7MgTi;AlSi10MgMn;等等)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advantages of Colour Etching in Quality Control of Recycled Al-Si Cast Alloys
Colour Metallography is a set of light metallographic microscopy methodologies that utilize phase colour contrast as a source of new structure information compared to conventional techniques. In many cases, colour contrast can be induced where no identifiable phase contrast is obtained by conventional techniques. With the help of colour contrast, we gain new information on the structure of Al-Si alloys, especially intermetallic phases, in which the benefits of its use in casting quality control are of benefit. Blue-yellow contrast is definitely more pronounced than dark grey or light grey contrast. There is no substantial reproducible colour reproduction, since it is irrelevant whether the two phases are distinguished by blue-yellow or green-ocher contrast. When using the colour contrast, the structural components differ not only according to their microscopic appearance, but also based on the knowledge of the chemical composition of alloys, interactions between structural components, knowledge of the possible influence of Al-alloys structure (e.g. refining, modifications, heat treatment). Colour contrast in quality control of Al-Si alloys was applied to AlSiMg cast alloy (AlSi7Mg0.3; AlSi7MgTi; AlSi10MgMn; etc.)
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