首页> 外文期刊>Wear: an International Journal on the Science and Technology of Friction, Lubrication and Wear >Friction and wear properties of hard coating materials on textured hard disk sliders
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Friction and wear properties of hard coating materials on textured hard disk sliders

机译:带纹理的硬盘滑块上的硬质涂层材料的摩擦磨损特性

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摘要

It has been a common practice to apply a surface texture to disk surface in hard disk drive in order to minimize the stiction force caused by the contact of extremely smooth surfaces of head sliders and disks. The slider surface texture was also suggested recently with the advantage of using smoother disks. The slider surface texture reduced the stiction effect, meanwhile it increased the contact pressure between sliders and disks. The protective coating is required on the textured slider surface to reduce the wear of the texture. In the present research, four kinds of hard coating materials were synthesized by IBAD and evaluated on textured slider surfaces by drag test. The results showed that the a-CN{sub}x coating had higher wear resistance than sputtered carbon, TiN{sub}x and BN{sub}x coatings on textured slider surfaces.
机译:通常的做法是在硬盘驱动器的磁盘表面上施加表面纹理,以最大程度地减少由磁头滑块和磁盘极光滑的表面接触而引起的静摩擦力。最近还提出了滑块表面纹理的优点,即使用了更平滑的磁盘。滑块表面纹理降低了静摩擦效果,同时增加了滑块和磁盘之间的接触压力。在带纹理的滑块表面上需要保护涂层,以减少纹理的磨损。在本研究中,IBAD合成了四种硬质涂层材料,并通过阻力测试在带纹理的滑块表面上进行了评估。结果表明,a-CN {sub} x涂层比有纹理的滑块表面上的溅射碳,TiN {sub} x和BN {sub} x涂层具有更高的耐磨性。

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