Understanding the Atomic Scale Mechanisms that Control the Attainment of Ultralow Friction and Wear in Carbon-Based Materials.

著录项

• 作者

  Carpick, R.; Jeng, Y.;

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• 作者单位

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• 年度 2016
• 页码 1-16
• 总页数 16
• 原文格式 PDF
• 正文语种 eng
• 中图分类
• 关键词

  Diamonds; Nanocrystals; Wear; Experimental design; Tribology; Multiscale modeling; Nanoscale mechanics; M&s(modeling and simulation); Uncd(ultrananocrystalline diamond); Atomic level removal mechanisms; Run in period; Contact stresses; Pe61102f;

  机译：钻石;纳米晶;磨损;实验设计;摩擦学;多尺度建模;纳米尺度力学; m＆s（建模和模拟）; Uncd（超微晶金刚石）;原子水平去除机制;运行期;接触应力; pe61102f;