Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Diffraction Efficiency Dynamics in Photorefractive Crystals
View through CrossRef
Due to their large potential storage capacity, photorefractive crystals are an attractive medium for a variety of optical computing architectures[1]. The actual capacity of such storage systems is determined by the minimum acceptable diffraction efficiency for a given system design[2] and the maximum number of holograms that can be recorded with this efficiency in photorefractive crystals.
Optica Publishing Group
Title: Diffraction Efficiency Dynamics in Photorefractive Crystals
Description:
Due to their large potential storage capacity, photorefractive crystals are an attractive medium for a variety of optical computing architectures[1].
The actual capacity of such storage systems is determined by the minimum acceptable diffraction efficiency for a given system design[2] and the maximum number of holograms that can be recorded with this efficiency in photorefractive crystals.
Related Results
SIMPLE FORMS OF ZIRCON CRYSTALS FROM CRYSTALLINE ROCKS OF THE UKRAINIAN SHIELD AND THEIR MORPHOLOGICAL TYPES
SIMPLE FORMS OF ZIRCON CRYSTALS FROM CRYSTALLINE ROCKS OF THE UKRAINIAN SHIELD AND THEIR MORPHOLOGICAL TYPES
The main basics in geometric crystallography of zircon, developed by many researchers in the 18th - 20th centuries, are briefly described. The data of goniometric study of zircon f...
Ice Growth and Platelet Crystals in Antarctica
Ice Growth and Platelet Crystals in Antarctica
<p>First-year land-fast sea ice growth in both the Arctic and the Antarctic is characterised by the formation of an initial ice cover, followed by the direct freezing of seaw...
Hot Carrier Enhancement of Dember Photorefractive Space-Charge Fields in Zincblende Semiconductors
Hot Carrier Enhancement of Dember Photorefractive Space-Charge Fields in Zincblende Semiconductors
We use a novel, nondegenerate, polarization-sensitive, transient-grating technique1 to monitor the picosecond dynamics of the photorefractive effect in undoped CdTe and InP:Fe at 9...
Effects of scattering on photorefractive dynamics
Effects of scattering on photorefractive dynamics
Because of their high angular selectivities and diffraction efficiencies, photorefractive crystals are attractive media for implementing many optical-computing architectures. The t...
Photorefractive Effect in CdSSe:V Crystals
Photorefractive Effect in CdSSe:V Crystals
AbstractWe present two-wave mixing results obtained with CdSSe:V crystals. A large photorefractive gain of 0.24 cm-1 was observed at 633 nm with an optical intensity of 60 mW/cm2 a...
Interband Photorefractive Effects in KNbO3 crystals
Interband Photorefractive Effects in KNbO3 crystals
1. Introduction Photorefractive gratings are most often produced by illumination of an electro-optic crystal with laser light below the band gap and the absorbed photons induce pho...
THREE-DIMENSIONAL HOLOGRAPHIC OPTICAL ELEMENTS BASED ON NEW MICROSYSTEMS
THREE-DIMENSIONAL HOLOGRAPHIC OPTICAL ELEMENTS BASED ON NEW MICROSYSTEMS
The origination and improvement of holographic methods, as well as technical equipment for their implementation [1–3] revived interest in light diffraction in three-dimensional per...
Nanosecond Photorefractive Effects in KNbO3
Nanosecond Photorefractive Effects in KNbO3
Two laser beams interfering in a photorefractive crystal ionize light absorbing impurities and produce two initially overlapping concentration gratings. These two gratings consist ...