Fundamental understanding of vapor lubrication in hard disk drive

Y.S. Ma, B. Liu
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Abstract

It is proposed to overcome lube depletion problem in future hard disk drives by using vapor lubrication. The lube film formation process on disk surface in vapor lubrication is studied theoretically based on fundamental adsorption and desorption theories. The controlling parameters of lube film thickness and film formation time are identified. It is found that the lube film thickness is controlled mainly by lube vapor pressure and molecular weight. The film formation time can be shortened by using low molecular weight lube and high temperature lube vapor.
对硬盘蒸汽润滑有基本的了解
提出了用蒸汽润滑来解决未来硬盘驱动器的润滑油耗竭问题。基于基本的吸附和解吸理论,对蒸汽润滑中圆盘表面的油膜形成过程进行了理论研究。确定了油膜厚度和成膜时间的控制参数。研究发现,油膜厚度主要受润滑油蒸气压和分子量的控制。采用低分子量润滑油和高温润滑油蒸气可缩短成膜时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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