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TECHNICAL PAPERS

Contact Vibration of Micro-Textured Sliders

[+] Author and Article Information
Junguo Xu, Hiromitsu Tokisue

Mechanical Engineering Research Laboratory, Hitachi, Ltd., Japan

Hideaki Tanaka, Masaaki Matsumoto

Data Storage and Retrieval Systems Division, Hitachi, Ltd., Japan

J. Tribol 124(2), 281-287 (Jun 26, 2001) (7 pages) doi:10.1115/1.1398290 History: Received February 01, 2001; Revised June 26, 2001
Copyright © 2002 by ASME
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References

Figures

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The air-bearing surface of the shallow-dual-step pico-slider
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Schematic and surface maps of micro-texture as measured by an atomic force microscope: (a) schematic; (b) 4 nm texture; and (c) 6 nm texture.
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Equipment of measurement of contact-induced vibration
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Positions for measurement of contact-induced vibration
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Surface map of the disk as measured by an atomic force microscope
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Waveforms of vibration of the slider’s central trailing edge measured at various ambient pressures
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Frequency-domain representation of vibration of the slider’s central trailing edge measured at various ambient pressures
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Frequency-domain representation of vibration of the slider’s inner center and in the desk measured at various ambient pressures: (a) on slider inner center; and (b) on disk.
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Amplitude of vibration as a function of ambient pressure for micro-textured sliders: (a) 4 nm micro-textured slider; and (b) 6 nm micro-textured slider.
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Amplitudes of vibration as a functions of ambient pressure: (a) non-textured slider; (b) 4 nm micro-textured slider; and (c) 6 nm micro-textured slider.
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Friction force and acoustic-emission signal as functions of ambient pressure: (a) non-textured slider; (b) 4 nm micro-textured slider; and (c) 6 nm micro-textured slider.
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Schematic diagram of the definition of interference height
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Amplitude of vibration as a function of interference height: (a) at slider’s inner center; and (b) at slider’s central trailing edge
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Schematic diagram of the interference area concept
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Amplitude of vibration as a function of interference area

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