Optical recording, storage, and retrieval systems: 6-7 November 1996, Beijing, China
What people are saying - Write a review
We haven't found any reviews in the usual places.
Mechanism for thermal interference and crowding in a highdensity magnetooptical
Preparation and properties of amorphous SmTbFeCo thin films 2890516
Magnetic and magnetooptical properties of CoPt alloy films before and after vacuum
15 other sections not shown
absorption actuators amplitude annealing aperture associative memory astigmatism coefficient coereivity CoPt alloy films correlation crystal curves cylinder lens data layer decrease disk array double-sided dual-data-layer DVD-RAM energy erasing experimental filter focusing frequency function GeSbTe glassy Hamming distance He-Cd He-Ne laser beam high density holographic element Hopfield Huffman code hydrogel image compression increase input Kerr rotation angle laser power line beam loop magnetic and magneto-optical magneto-optical properties memory capacity memory rate modulation MPEG numerical aperture objective lens optical disk optical disk array optical head optical readouts optical recording optical storage output parameters PC substrate peak phase change recording photorelief Phys polymer pulse width recording medium recording thin film reflective layer reflectivity contrast refractive index sample shown in Fig Si-rich silicon nitride signal silicon nitride simulation souree space layer spherical sputtering power stored pattern structure TiOPc Tsinghua University VOPc wavelength