Search Results - "Miyaoka, Yasuyuki"
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New Inorganic Write-Once Disc Using Low-Cost and Environmentally Friendly Oxynitride Materials for Multilayer Disc System
Published in Japanese Journal of Applied Physics (01-06-2007)Get full text
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A New Inorganic Write-Once Disc using Hydrogen-Containing Dielectric Recording Material for Multi-Layered Blu-ray Disc System
Published in Japanese Journal of Applied Physics (01-06-2007)Get full text
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More than 20 GB Capacity Rewritable Disk with the Same Physical Parameters as that of Digital Versatile Disc, Using a New Recording Method and Domain Wall Displacement Detection
Published in Japanese Journal of Applied Physics (01-07-2004)“…We have developed a new light intensity modulation recording method called domain tail erasing method. This new recording method enables high-density recording…”
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Large-Capacity and High-Speed Magnetic Field Modulation Recording for 3.5 ′′ Magneto-Optical Disk Drive
Published in Japanese Journal of Applied Physics (01-02-1992)“…Recording by magnetic field modulation overwriting with a flying magnetic head and adopting a 1-7 RLL code, mark-edge recording, and ZCAV format, was…”
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A New Data Detection Method for 35 Gbit/inch 2 Multilevel Recording Using a Blue Laser and 0.85 Numerical Aperture Optics
Published in Japanese Journal of Applied Physics (01-02-2006)Get full text
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Anneal-Less Domain Wall Displacement Detection of 27 Gbit/in 2 Land/Groove Recording Using a Deep Groove Substrate and a Blue Laser
Published in Japanese Journal of Applied Physics (01-05-2005)“…We have studied an anneal-less domain wall displacement detection (DWDD) disk of a land/groove recording on a deep groove substrate using a numerical aperture…”
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Domain Wall Displacement Detection Magnetooptical Drive for Mobile Use, with 15 Gbit/inch 2 Recording Density and 24 Mbps Data Transfer Rate
Published in Japanese Journal of Applied Physics (01-07-2004)“…We have developed a domain wall displacement detection (DWDD) magnetooptical drive for the 2-inch-diameter disc with 3 GB capacity. The newly developed…”
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A Low-Noise Durable Transmissive Stamper for Multi-Layer Discs using Phase Transition Mastering
Published in 2006 Optical Data Storage Topical Meeting (2006)Get full text
Conference Proceeding