High-Density Near-Field Readout over 50 GB Capacity Using Solid Immersion Lens with High Refractive Index
スポンサーリンク
概要
- 論文の詳細を見る
- Publication Office, Japanese Journal of Applied Physics, Faculty of Science, University of Tokyoの論文
- 2003-02-28
著者
-
Kondo Takao
Optical Disc Development Division Av/it Development Group Sony Corporation
-
NAKAOKI Ariyoshi
Optical Disc Development Division. AV-IT Development Group, Sony Corporation
-
SHINODA Masataka
Optical System Development Group, HENC, Sony Corporation
-
SAITO Kimihiro
Optical System Development Group, HENC, Sony Corporation
-
Saito K
Application Laboratory Panalytical
-
ISHIMOTO Tsutomu
Optical Disc Development Division, AV/IT Development Group, Sony Corporation
-
Saito Kimihiro
Optical Disc Development Division Av/it Development Group Sony Corporation
-
Ishimoto Tsutomu
Optical Disc Development Division Av/it Development Group Sony Corporation
-
Nakaoki Ariyoshi
Optical Disc Development Division Av/it Development Group Sony Corporation
-
Shinoda Masataka
Optical Disc Development Division Av/it Development Group Sony Corporation
関連論文
- Quantitative Effects of Preferred Orientation and Impurity Phases of Ferroelectric Properties of SrBi_2(Ta_Nb_x)_2O_9 Thin Films Measured by X-Ray Diffraction Reciprocal Space Mapping
- Domain Wall Displacement Detection Mini Disc with Land/Groove Recording Applied to Mini Disc Systems
- Progress in Electron Beam Mastering of 100Gbit/inch^2 Density Disc
- Gap Servo System for a Biaxial Device Using an Optical Gap Signal in a Near Field Readout System
- High-Density Near-Field Readout over 50 GB Capacity Using Solid Immersion Lens with High Refractive Index
- Analysis of Near-Field Readout Characteristics Using Approximate Vector Diffraction Calculation
- Eccentricity Compensation Mechanism for Improving Reliability of Removable Performance in Near-Field Optical Disc Drive System
- Direct Servo Error Signal Detection Method from Recorded Micro-Reflectors
- Recording Capacity Enhancement of Micro-Reflector Recording
- Generalizing Effective Point Spread Function and its Application to the Phase-Contrast Microscope
- Progress in Electron Beam Mastering of 100 Gbit/inch2 Density Disc
- Approach of Improving Disk Performance to High-Quality Gap Control in Near-Field Optical Disk Drive System
- High Density Near-Field Optical Disc System
- Analysis of Near-Field Readout Characteristics Using Approximate Vector Diffraction Calculation
- Servo Technologies in a Near-Field Optical Disk Drive System
- High-Density Near-Field Readout over 50 GB Capacity Using Solid Immersion Lens with High Refractive Index
- Approach of Improving Disk Performance to High-Quality Gap Control in Near-Field Optical Disk Drive System