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The Research Analysis of Surface Finish and Wear on the Special Tribological Device

机译：特殊摩擦学装置表面光洁度的研究分析

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The main aim of scientific research of authors is to assess and compare the wear of hardened tool steel together with bearing steel which is surface inductively hardened to a depth of 1.5 to 2 mm. The experimental measurements for selected hardened steels will shows us that in terms of technological heredity of the wear surfaces in the tribosystems (adhesive wear) which is particularly more effective in supporting and surface finish (microgeometry) share when worn as well as influencing of surface after machining (hardening, respectively for turning of small and large tempered layer after grinding recess), i.e. hardness of the coating. This paper, together with published results is a basis that will enable optimizing the quality of hard turning process of these types of hard materials which are used for the special industry applications. .
机译：作者科学研究的主要目的是评估和比较硬化工具钢的磨损以及轴承钢，表面电感强化为1.5至2mm的深度。所选硬化钢的实验测量将显示我们在磨损和表面光洁度（微曲面）在磨损和表面光洁度（微曲线测量法）中特别有效的磨损表面的技术遗传方面，在磨损和表面的影响之后在研磨凹槽后分别用于转动小型和大钢化层的加工（硬化），即涂层的硬度。本文与已发表的结果一起是一种基础，使得能够优化这些类型的硬质材料的硬转向过程的质量，这些材料用于特殊行业应用。 。

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