Optical Storage Technology: 16-18 September, 1998, Beijing, China, Volume 3562
Duanyi Xu, Seiya Ogawa
SPIE, 1998 - Technology & Engineering - 182 pages
A study of optical storage technology. It addresses: advanced recording technology; storage systems architectures; digital versatile discs; and components and devices.
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Multivalued photochromic optical disk with dualbeam compensation nondestructive readout
Present and future of 3 5in magnetooptical disk 356230
Preparation and optical characterization of pushpull azodyedoped
anisotropy annealing audio Beijing Bi-YIG calculated capacity CD-R centers channel Compact Disc crystal cyanine cyanine dyes data storage data striping density disk array dye film electron capture energy fiber probe files fluorescence spectra gold film grating HQ-VCD increase irradiation Kerr rotation angle Keywords laser beam lens magnetic magneto-optical magneto-optical properties method mirror striped disk module molecular monolayer MPEG multimedia data Near-field Optical Disc Optical Disc Recording optical disk optical disk drive optical drives optical head optical jukebox optical memory optical recording optical storage parameters parity peak performance phenylazonaphthalene photochromic phthalocyanine playback RAID level ratio readout recording layer reflection rotational delay sample scan sectors self-assembled self-assembled monolayer servo speed spin-coating sputtering pressure striped disk array structure TbFeCo films technique temperature testing thermal thickness thin films TNPPcZn transition Video-CD wavelength write