Add to ORKGThe physics of the photorefractive effect and the unique nonlinear optical properties of photorefractive crystals are described. A survey of the optical applications of the photorefractive effect follows. We include the use of photorefractive crystals as holographic storage elements, optical image amplifiers, phase conjugate mirrors, correction elements for intracavity laser distortions, phase conjugate windows for field transmission through inhomogeneous media, and coherent image processors
Exposure of some insulating crystals such as lithium niobate to light of appropriate wavelength indu...
Exposure of some insulating crystals such as lithium niobate to light of appropriate wavelength indu...
This thesis is an experimental and theoretical investigation of wave-mixing in photorefractive cryst...
The physics of the photorefractive effect and the unique nonlinear optical properties of photorefrac...
The physics of the photorefractive effect and the unique nonlinear optical properties of photorefrac...
Photorefractive materials have been used as the nonlinear optical media in various optical computing...
This book describes the processes of optical information recording in photorefractive crystals and a...
The ability of photorefractive crystals to holographically record an optical image in real time allo...
The basic physical principles responsible for two-wave interaction via an impressed grati...
The advances of photorefractive optics have demonstrated many useful and practical applications, whi...
Exposure of the insulating ferroelectric crystal, lithium niobate, to light of the appropriate wavel...
In iron-doped lithium niobate and other similar crystals, exposure to light of appropriate wavelengt...
In iron-doped lithium niobate and other similar crystals, exposure to light of appropriate wavelengt...
A new holographic image storage device which uses four-wave mixing in two photorefractive crystals i...
Photorefractive Materials and Their Applications 1 - Basic Effects is the first of three volumes wit...
Exposure of some insulating crystals such as lithium niobate to light of appropriate wavelength indu...
Exposure of some insulating crystals such as lithium niobate to light of appropriate wavelength indu...
This thesis is an experimental and theoretical investigation of wave-mixing in photorefractive cryst...
The physics of the photorefractive effect and the unique nonlinear optical properties of photorefrac...
The physics of the photorefractive effect and the unique nonlinear optical properties of photorefrac...
Photorefractive materials have been used as the nonlinear optical media in various optical computing...
This book describes the processes of optical information recording in photorefractive crystals and a...
The ability of photorefractive crystals to holographically record an optical image in real time allo...
The basic physical principles responsible for two-wave interaction via an impressed grati...
The advances of photorefractive optics have demonstrated many useful and practical applications, whi...
Exposure of the insulating ferroelectric crystal, lithium niobate, to light of the appropriate wavel...
In iron-doped lithium niobate and other similar crystals, exposure to light of appropriate wavelengt...
In iron-doped lithium niobate and other similar crystals, exposure to light of appropriate wavelengt...
A new holographic image storage device which uses four-wave mixing in two photorefractive crystals i...
Photorefractive Materials and Their Applications 1 - Basic Effects is the first of three volumes wit...
Exposure of some insulating crystals such as lithium niobate to light of appropriate wavelength indu...
Exposure of some insulating crystals such as lithium niobate to light of appropriate wavelength indu...
This thesis is an experimental and theoretical investigation of wave-mixing in photorefractive cryst...