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NANO-INDENTATION METHOD OF CHARACTERIZING THE INFLUENCE OF THE SURFACE TREATMENT OF A MATERIAL ON ITS MECHANICAL PROPERTIES

机译:表征材料表面处理对其力学性能影响的纳米标记方法

摘要

The subject of the present invention is a nano-indentation technique for evaluating the influence of a surface treatment on a mechanical property of a given material, measured on the surface over thicknesses of less than a few hundred nanometres. This improvement lies in a protocol for determining the contact points of the indenter, making the measurements reliable and repeatable. One advantageous application of this method is that of determining the capability of chemical additives to increase the hardness of a natural calcium carbonate, and therefore to facilitate the fracture mechanisms inherent in a grinding process.
机译:本发明的主题是一种纳米压痕技术,用于评估表面处理对给定材料的机械性能的影响,该测量是在厚度小于几百纳米的表面上测量的。该改进在于用于确定压头的接触点,使测量可靠且可重复的协议。该方法的一个有利应用是确定化学添加剂提高天然碳酸钙硬度的能力,从而促进研磨过程中固有的断裂机理。

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