A Method for the Evaluation of Subsurface Damage

D. S. Anderson, Michael E. Frogner
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引用次数: 6

Abstract

When a glass surface is abraded there is produced a surface damage layer consisting of two somewhat independent components: a relatively rough and pitted surface structure and an underlying system of fractures. To reveal the subsurface system of fractures acid etching has been used to open up the fractures for measurement.1,2 This method, however, is unreliable to varying degrees due to non-uniform etching rates at the top and bottom of the fracture. Moreover, most information on the structure of the fractures themselves is lost in the process. We have developed a method which also uses acid etching but uses specially prepared substrates that reveal very clearly the structure and depth of the fractures. Figure 1 depicts how the substrates are prepared.
一种评估亚表面损伤的方法
当玻璃表面被磨损时,就会产生一个表面损伤层,它由两个相对独立的部分组成:一个相对粗糙的表面结构和一个潜在的断裂系统。为了揭示地下裂缝系统,采用酸蚀法打开裂缝进行测量。然而,这种方法在不同程度上是不可靠的,因为在断裂的顶部和底部的蚀刻速率不均匀。此外,在这个过程中,大多数关于裂缝本身结构的信息都丢失了。我们已经开发了一种方法,它也使用酸蚀刻,但使用特别制备的基底,可以非常清楚地显示裂缝的结构和深度。图1描述了基板的制备方法。
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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