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Philips Research Laboratories | 論文
- 34 GB Multilevel-Enabled Rewritable System Using Blue Laser and High-Numeric Aperture Optics
- System Aspects of Dual-Layer Phase-Change Recording with High Numerical Aperture Optics and Blue Laser
- Prospects of Doped Sb–Te Phase-Change Materials for High-Speed Recording
- Recent Developments in Thermal Modelling of High-Speed Dye Recording
- Determination of the Crystallisation Kinetics of Fast-Growth Phase-Change Materials for Mark-Formation Prediction
- Format Description and Evaluation of the 22.5 GB Digital-Video-Recording Disc
- 38.4:Full 3D Simulation of Thermonic Emission in Eelectron Guns for CRTs(2.内容)(Report on SID'00)
- 12.1:Current Driver System IC for Segmented Polymer Light Emitting Display(Attendance report of SID 2000 Symposium)
- Cover Layer Technology for the High-Numerical-Aperture Digital Video Recording System
- Improved High-Density Phase-Change Recording
- Performance of Modulation Codes in Various Optical Recording Media : Drive Technology
- Performance of Modulation Codes in Various Optical Recording Media
- Optics of Recording Read-out in Optical Disk Systems : BASIC THEORY
- Magneto-Optical Recording in Co/Pt Multilayers : MAGNETO-OPTICAL MEDIA II
- 18-9 THREE-DIMENSIONAL COMPUTATION OF THE FIELD OF MAGNETIC RECORDING HEADS
- Electron Image Projection : A-1: ADVANCED LITHOGRAPHY AND PROCESS