Abstract
This paper reports results obtained from studies on important and critical issues related to nanospacing head-disk interface (HDI) development, which has to be achieved in high density (Gb in −2) magnetic recording. The new concepts for flying head slider mechanisms and novel non-contact start-stop systems are also reviewed. It is essential to understand the nanospacing HDI phenomena and to develop new breakthrough technology for head mechanisms and start-stop systems. These issues can be settled through the integration of micromechatronics and microtribology.
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