Optical Storage Media: Proceedings June 6-10, 1983, Arlington, Virginia |
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Contents
OVERVIEW OF NONERASABLE MEDIA DEVELOPMENT | 17 |
NONERASABLE MEDIAII | 73 |
AMORPHOUS MATERIALS | 161 |
Copyright | |
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absorbing absorption active layer alloy amorphous bit error rate CALIFORN carrier-to-noise ratio cartridge characteristics coating contrast ratio defects degradation density detector diameter diode disc domain electron erasable error rate ferrimagnetic film thickness films deposited formation frequency function gold films groove heat hole laser beam laser diode laser power lens light low surface energy magnetic magneto-optical material maximum measured mechanism medium metal modulation numerical aperture objective lens Optical Data Storage optical disk optical properties optical recording optical storage overcoat parameters particles performance playback PMMA polarization PTFE pulse width radius readout record power recording layer reflectivity rotation RSITY runout SAN DIEGO shown in Figure signal signal-to-noise ratio sintering spacer spot structure subbing layer substrate surface energy Te-alloy Te-C Technology TeGe films tellurium temperature thermal thin film threshold track transmission trilayer wavelength writing sensitivity