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首页> 外文期刊>Japanese journal of applied physics >Combined use of neutron reflectometry and frequency-modulation atomic force microscopy for deeper understanding of tribology
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Combined use of neutron reflectometry and frequency-modulation atomic force microscopy for deeper understanding of tribology

机译：结合中子反射测量和频率调节原子力显微镜的结合使用，以更深地了解摩擦学

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摘要

Boundary lubrication is one of the most interesting topics in the field of tribology, and many studies have been conducted in the past to gain deeper understanding of the behaviour of boundary lubrication layers formed by additives mixed in lubricants because the layer largely affects the tribological property of the target surface. With a strong demand to clarify the behaviour of boundary lubrication layers, several new approaches to in situ (=in lubricant) analysis have been proposed and applied. This paper focuses on the effectiveness of combined use of neutron reflectometry and frequency-modulation atomic force microscopy for the quantitative analysis of boundary lubrication layers formed at the interface between the metal substrate and lubricant and introduced their application with concrete case examples.
机译：边界润滑是摩擦学领域中最有趣的主题之一，过去已经进行了许多研究，以更深入地了解由润滑剂中混合的添加剂形成的添加剂形成的边界润滑层的行为，因为该层在很大程度上影响了摩擦学特性目标表面。对于强烈要求澄清边界润滑层的行为，提出并应用了几种原位（=润滑剂）分析的新方法。本文侧重于组合使用中子反射测量和频率调制原子力显微镜的有效性，用于在金属基材和润滑剂之间形成的界面上形成的边界润滑层的定量分析，并用具体壳体实施例引入其应用。

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