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Research Center, Sony Corporation | 論文
- 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 Overwriting on a Magneto-Optical Disk with Exchange-Coupled Triple-Layer Film
- High-Density Magneto-Optical Disk System Using Magnetically Induced Super Resolution
- Multilayered Magneto-Optical Disks for Magnetically Induced Superresolution
- Coaxing the Maximum Performance out of an Ordinary Structured MO Disk
- Deep UV Mastering Using an All-Solid-State 266 nm Laser for an over 20 GBytes/Layer Capacity Disk
- X-Ray Structural Characterization of [Eu(H_2O)_8]_2[V_O_]・8H_2O
- Molecular Structure and Photoluminescence of Square-anitiprismatic Europium Octahydrate Cation in [Eu(H_2O)_8]_2[V_O_]・8H_2O Crystallines
- Disk Mastering Process with an All-Solid-State Ultraviolet Laser
- METABOLIC FATE OF RECOMBINANT TISSUE TYPE PLASMINOGEN ACTIVATOR
- A Differential Phase Detection Method for Tracking-Error Signals Using a Monolithic Confocal Laser Coupler
- Development of a 3D CT-Scanner Using a Cone Beam and Vedio-Fluoroscopic System
- The Effect of Bi Ions Substituting at the Sr Site in SrBi2Ta2O9
- Optical Disc Track Pitch Variation Measurement Using Two Readout Beams
- Sampled Servo Read Only Memory System Using Single Carrier Independent Pit Edge Recording
- Control of the Size and Position of Silicon Nanowires Grown via the Vapor-Liquid-Solid Technique
- Removal of NH_3 by a Peat Biofilter without and with Nitrifier
- Residual Strain Dependence of Stimulated Emission in GaN Layers Grown on (0001) Sapphire Substrates
- A Pit-edge Confocal Push-Pull Tracking-error Signal Detection Method for an Optical Pick-up