Coaxing the Maximum Performance out of an Ordinary Structured MO Disk
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概要
- 論文の詳細を見る
- 社団法人応用物理学会の論文
- 1996-01-30
著者
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FUKUMOTO Atsushi
Research Center for Silicon Nano-Science, Advanced Research Laboratories, Musashi Institute of Techn
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Masuhara S
Sony Corp. Tokyo Jpn
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Masuhara Shin
Research Center Sony Corporation
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Takeshita Y
Od Laboratory Giga-byte Laboratories Sony Corporation
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FUKUMOTO Atsushi
OD Laboratory, Giga-Byte Laboratories, Sony Corporation
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ARATANI Katsuhisa
OD Laboratory, Giga-Byte Laboratories, Sony Corporation
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ARATANI Katsuhisa
Research Center, Sony Corporation
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NARAHARA Tatsuya
Research Center, Sony Corporation
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ARAKAWA Nobuyuki
Research Center, Sony Corporation
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TAKEMOTO Yoshihiro
Research Center, Sony Corporation
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TAKESHITA Yasuyuki
Research Center, Sony Corporation
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Narahara Tatsuya
Advanced Development Laboratories Sony Corporation
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Arakawa Nobuyuki
Research Center Sony Corporation
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Fukumoto A
Sony Corp. Tokyo Jpn
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Takemoto Yoshihiro
Research Center Sony Corporation
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Aratani K
Od Laboratory Giga-byte Laboratories Sony Corporation
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Fukumoto Atsushi
Research Center For Silicon Nano-science Advanced Research Laboratories Musashi Institute Of Technol
関連論文
- Strain-Field Evaluation of Strain-Relaxed Thin SiGe Layers Fabricated by Ion Implantation Method
- Challenge of Near-Field Recording beyond 50.4 Gbit/in^2
- Near-Field Optical Recording on a Pre-Grooved Phase-Change Disk in the Blue-Violet
- Premastered Optical Disk by Superresolution Using Rear Aperture Detection
- Premastered Optical Disk by Superresolution
- High Density Magneto-Optical Recording with a Second-Harmonic Generation Green Laser
- High-Density Magneto-Optical Disk System Using Magnetically Induced Super Resolution : High Density Recording
- Multilayered Magneto-Optical Disks for Magnetically Induced Superresolution : High Density Recording
- High-Density Magneto-Optical Disk System Using Magnetically Induced Super Resolution
- Multilayered Magneto-Optical Disks for Magnetically Induced Superresolution
- Over 15-GB Capacity Domain Wall Displacement Detection Magneto Optical Recording Using a Digital Versatile Disc Dimensional Optical Head
- Coaxing the Maximum Performance out of an Ordinary Structured MO Disk
- Silicon Wafer Half-Mirror in Far Infrared
- Improved Array Architectures of DINOR for 0.5 μm 32 M and 64 Mbit Flash Memories (Special Section on High Speed and High Density Multi Functional LSI Memories)
- Optical Disc Track Pitch Variation Measurement Using Two Readout Beams
- Detection of Readout Signals on High-track Density MO-Disk Using an Optical Phase Shifter and Deep Land/groove Recording
- Magneto-Optical Detection Using an Optical Phase Shifter in Higher Track Density Land/Groove Recording
- Partial-Response Maximum-Likelihood Detection Method for Magneto-Optical Recording
- A New Tracking Method for Helical Seanning Optical Tape Recorder
- Nitrogen Ion Implantation and Thermal Annealing in SiC Single Crystal
- Strain State and Thermal Stability of Strained-Si-on-Insulator Substrates
- Strain-Field Evaluation of Strain-Relaxed Thin SiGe Layers Fabricated by Ion Implantation Method