Tribological properties of nanostripe surface structures-a design concept for improving tribological properties

Miyake K.; Nakano M.; Korenaga A.; Mano H.; Ando Y.

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Tribological properties of nanostripe surface structures-a design concept for improving tribological properties

机译：纳米带状表面结构的摩擦学性能-一种改善摩擦学性能的设计概念

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The tribological properties of nanostripe surface structures were investigated using a pin-on-plate tribometer in order to propose a design concept for improving the tribological properties. The authors used four kinds of nanostripe structures consisting of different combinations of materials (Fe-Au, C-SiC, Al-Al_2O_3 and Al-Pt) fabricated by a process they had previously proposed. The frictional properties of the nanostripe structures depended on the materials that constituted the nanostripes. When the sliding direction in friction tests was parallel to the microgrooves, nanostripe structures remained on all surfaces even after friction tests. Based on the friction test results, the authors considered a design concept for nanostripe structures in tribological applications.

机译：为了提出改善摩擦学性能的设计理念，使用销钉-板式摩擦计研究了纳米条纹表面结构的摩擦学性能。作者使用了四种纳米条纹结构，这些结构由他们先前提出的工艺制造的不同材料组合（Fe-Au，C-SiC，Al-Al_2O_3和Al-Pt）组成。纳米条结构的摩擦性能取决于构成纳米条的材料。当摩擦测试中的滑动方向与微沟槽平行时，即使经过摩擦测试，纳米条结构仍保留在所有表面上。基于摩擦测试结果，作者考虑了摩擦学应用中的纳米条纹结构的设计概念。

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《Journal of Physics, D. Applied Physics: A Europhysics Journal》 |2010年第46期|共14页
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Miyake K.; Nakano M.; Korenaga A.; Mano H.; Ando Y.;
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正文语种 eng
中图分类应用物理学;
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3. Tribological properties of nanostripe surface structures-a design concept for improving tribological properties [J] . Miyake K., Nakano M., Korenaga A., Journal of Physics, D. Applied Physics: A Europhysics Journal . 2010,第46期

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Tribological properties of nanostripe surface structures-a design concept for improving tribological properties

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