… photorefractive materials for several different applications and to determine optimal properties
for … Finally, we compare two photorefractive materials (BSO and BaTiO3) that each have …

… difficult to predict whether photorefractive materials will find a niche … photorefractive materials
and photorefractive behavior, with the increasing ability to tailor and design novel materials …

… of the basic material aspects, optical properties, devices, and … -of-the-art information on
photorefractive optics. The book is … the standard photorefractive models, optical properties, wave …

… are conveniently near the optimal wavelength for photorefractive recording in materials such
as BSO, BaTiO3, and KTN. The 1.06 ~tm fundamental ofa YAG is nearly optimal for studying …

… the discovery of inorganic photorefractive materials in 1966 … rapid progress of organic
photorefractive materials in the last … Advanced systems are required to move photorefractivity out …

… first describing the necessary elements for photorefractivity, thephysical properties that
distinguish the organics from the more well-knowninorganic PR materials, especially the transport …

… Figure 1 shows a schematic of a typical photorefractive material which has electrons as …
The optimal properties of photorefractive materials for optical processing applications have …

… and unique optical properties, photorefractive materials have the … Employ ing photorefractive
materials, workers have already … phase shift-is the optimal configura tion for the exchange of …

… This paper reviews the recent progress of organic photorefractive materials, especially organic
photorefractive materials … In the optimal case, this absorption coefficient should come from …

… Photorefractive materials are capable of reversibly changing their index of refraction upon
illumination. That property … The transition from inorganic photorefractive crystals to organic …