Optical data storage; Proceedings of the Meeting, San Jose, CA, Feb. 9-14, 1992
D. B. Carlin, David B. Kay
Abstract
D. B. Carlin, David B. Kay
Abstract
The present volume on optical data storage technology discusses high-speed/high-density magneto-optic recording; a compact optical head integrated with chip elements for CD-ROM drives; disk memory systems using 1D hologram technology; transfer function characteristics of superresolving systems; servo technology for a three-beam overwritable magnetooptical disk drive; signal and noise characteristics in magnetooptical signal detection with elliptically polarized light; and simplified analysis of the readout waveform for an elliptical mark. Also discussed are magnetically induced superresolution for high-density optical disk systems, magnetic properties and microstructure in (Fe,Co)/Pt multilayer films, high-density overwrite recording for a phase-change medium using a visible-light laser diode, continuous manufacturing of thin cover sheet optical media, magnetooptic multilayers, and a three-beam magnetooptical disk drive with overwrite function.
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The present volume on optical data storage technology discusses high-speed/high-density magneto-optic recording; a compact optical head integrated with chip elements for CD-ROM drives; disk memory systems using 1D hologram technology; transfer function characteristics of superresolving systems; servo technology for a three-beam overwritable magnetooptical disk drive; signal and noise characteristics in magnetooptical signal detection with elliptically polarized light; and simplified analysis of the readout waveform for an elliptical mark. Also discussed are magnetically induced superresolution for high-density optical disk systems, magnetic properties and microstructure in (Fe,Co)/Pt multilayer films, high-density overwrite recording for a phase-change medium using a visible-light laser diode, continuous manufacturing of thin cover sheet optical media, magnetooptic multilayers, and a three-beam magnetooptical disk drive with overwrite function.
Key concepts: Optical disc, Optical storage, 3D optical data storage, Optics, Optical recording, Computer data storage, Materials science, Laser