Add to ORKGThe enhanced infrared photorefractive effect in cubic crystal GaAs under externally applied electric field is described. The spatial amplitude and phase variations of space charge electric field in the two-beam coupling process are emphatically analyzed, which quite well explain the results of experimental measurement.EI04305-3111
Franz–Keldysh oscillations from GaAs and AlGaAs structures have been studied and we find that the el...
Photoreflectance spectroscopy has been used to study optical transitions in In$\text{}_{0.045}$Ga$\t...
We report photoreflectance-difference and reflectance-difference measurements on reconstructed GaAs...
Experimental investigations on the two-beam coupling of two contradirectional laser beams in a photo...
International audienceWe present a theoretical and experimental analysis of photorefractive two-beam...
Analyzing anisotropic diffraction properties of photorefractive gratings in GaAs crystals and the sy...
Two-beam coupling and energy transfer occur, because of the birefrin-gent nature of the photorefract...
We report on anomalous two-beam coupling results observed in photorefractive BaTiO3 crystals and ion...
The basic physical principles responsible for two-wave interaction via an impressed grati...
We develop a theory of vectorial wave coupling in cubic photorefractive crystals placed in an altern...
We present studies of the photorefractive effect in nonphotorefractive orientations of liquid-encaps...
Using the so-called ac field technique, we investigate experimentally the influence of optical beam ...
This manuscript presents the study of the photorefractive effect in the near infrared and, particula...
We report an increase of more than a factor of 100 in the diffraction efficiency from photochromic g...
A technique for real time direct measurement of both the amplitude and phase of photorefractive spac...
Franz–Keldysh oscillations from GaAs and AlGaAs structures have been studied and we find that the el...
Photoreflectance spectroscopy has been used to study optical transitions in In$\text{}_{0.045}$Ga$\t...
We report photoreflectance-difference and reflectance-difference measurements on reconstructed GaAs...
Experimental investigations on the two-beam coupling of two contradirectional laser beams in a photo...
International audienceWe present a theoretical and experimental analysis of photorefractive two-beam...
Analyzing anisotropic diffraction properties of photorefractive gratings in GaAs crystals and the sy...
Two-beam coupling and energy transfer occur, because of the birefrin-gent nature of the photorefract...
We report on anomalous two-beam coupling results observed in photorefractive BaTiO3 crystals and ion...
The basic physical principles responsible for two-wave interaction via an impressed grati...
We develop a theory of vectorial wave coupling in cubic photorefractive crystals placed in an altern...
We present studies of the photorefractive effect in nonphotorefractive orientations of liquid-encaps...
Using the so-called ac field technique, we investigate experimentally the influence of optical beam ...
This manuscript presents the study of the photorefractive effect in the near infrared and, particula...
We report an increase of more than a factor of 100 in the diffraction efficiency from photochromic g...
A technique for real time direct measurement of both the amplitude and phase of photorefractive spac...
Franz–Keldysh oscillations from GaAs and AlGaAs structures have been studied and we find that the el...
Photoreflectance spectroscopy has been used to study optical transitions in In$\text{}_{0.045}$Ga$\t...
We report photoreflectance-difference and reflectance-difference measurements on reconstructed GaAs...