Triboelectromagnetic Phenomena at a Simulated Material Combination of a Head/Magnetic-Recording-Disk

	MSM 2000 Technical Proceedings of the 2000 International Conference on Modeling and Simulation of Microsystems Chapter 6: Characterization, Parameter Extraction, Calibration
	Triboelectromagnetic Phenomena at a Simulated Material Combination of a Head/Magnetic-Recording-Disk
Authors:	K. Nakayama
Affilation:	Mechanical Engineering Laboratory, JP
Pages:	293 - 296
Keywords:	head-disk-interface, triboelectro-magnetic phenomena, tribo-electron, tribo-ion, tribo-photon
Abstract:	The head slider of a magnetic recording apparatus is currently covered with a diamond like carbon (DLC) film, while the magnetic recording layer of the disk is overcoated with hydrogenated carbon film (HCF). The head materials of DLC film were simulated with diamond, while the disk overcoat layer was simulated by a hydrogenated carbon film coated on glass substrates. Triboelectromagnetic phenomena were investigated in the simulated tribosystem. It was found that the triboelectromagnetic phenomena observed in the simulated tribosystem, and their intensity strongly depend on the hydrogen content in the carbon film. This is because the resistivity of the film greatly increases with the hydrogen content.
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ISBN:	0-9666135-7-0
Pages:	741
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