… [1] was the first to record a holography on photorefractive Fe:LiNbO 3 crystal by a pulsed …
“photorefractive sensitivity”. Chen et al.’s experiment [3] showed that the highest photorefractive …

… the input pulse. Conclusions of our study can be used in many areas, such as pulse shaping
and … Results of our paper can be used in pulse shaping and signal processing application. …

… In this work we studythe dynamics and the magnitude of the photorefractive … characterize
photoexcited electrons in KNb03 crystals. This paper follows up earlier results obtained in our …

… same order as those of standard photorefractive materials , 32 we examined the photorefractive
phase shift in LiNbO 3 standard photorefractive single crystals. We confirmed that under …

… photorefractive crystals (PRC) are proposed to replace the photopolymer films previously used
due to its higher pulsed … Since photorefractive crystals were discovered in 1966 by Ashkin …

… used to amplify weak femtosecond laser pulses shaped by a pulse shaper, ‘‘whose optical’’
… pulses. In this study, we demonstrate the PR TWMA gain of femtosecond laser pulses in a 0 …

… Among the mentioned holographic interferometry techniques based on photorefractive
crystals, the RT-HI technique shows the highest potential for industrial applications, due to its …

… Non-linear photo-excited processes using the photorefractive effect … pulsed femtosecond
laser beams in photorefractive materials such as Bi 12 SiO 20 (BSO) and lithium niobate crystals…

… the underlying photorefractive effect with femtosecond pulses, we employ femtosecond pulse
… discovered using infrared femtosecond pulses and LiNbO3:Fe:14 With fs-pulses, writing of …

… The index of a photorefractive crystal is perturbed by a spatially varying, time averaged …
coupling of two plane waves propagating in a photorefractive crystal, two-wave mixing (2WM). …