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纳米技术在过去的几年里取得了巨大的进展.关注其两个主要方面:纳米级的薄膜润滑与纳米表面改性研究.薄膜润滑(thinfilmlubrication,TFL)的研究进展包括薄膜润滑测试技术、薄膜润滑的膜厚 工况相关特性、机理探索以及数学计算预测模型等方面.介绍了降低极尖沉降(pole tip recession,PTR)的技术,使用含有氮磷的环状化合物———X 1P来提高润滑剂的热稳定性的方法,以及使用纳米粒子的化学机械抛光技术.这些研究成果揭示了现代纳米技术的一些重要特征.
Nanotechnology has made tremendous progress over the past few years with a focus on two main areas: nanoscale film lubrication and nano-surface modification research advances in thin film lubrication (TFL) include thin film lubrication testing, thin film Lubricating properties of film thickness conditions, mechanism exploration and mathematical prediction models, etc. The technology of reducing pole tip recession (PTR) is introduced, and the use of a cyclic compound containing nitrogen and phosphorus --- X 1P to improve Methods for the thermal stability of lubricants, and chemical mechanical polishing techniques using nanoparticles.These findings reveal some important features of modern nanotechnology.