… optimal one for the crystals with a large coupling constant. The photorefractive crystals we
used in our experiments are quite slow at low intensities. The photorefractive response time is …

… photorefractive InP:Fe crystal as an example, we show the influence of the grating parameters,
pulse width and material dispersion on the diffracted pulsed … used in pulse shaping and …

… is of basic importance for the photorefractive effect, we first consider the photocurrents in
both the absence and presence of external electric fields in electro-optic crystals, including bulk …

… Diffraction efficiency versus growth rate for a selection of photorefractive crystals, polymers
and doped liquid crystals (abbreviations of organic crystals, polymer composites: see [8,10]. …

… Decreasing the light intensity, we observed evolution of the pulse shape similar to that for
increasing sweep rate. This fact confirms the statement that pulse shape is determined by …

… In this chapter, the standard model accounting for the photorefractive nonlinearity in a … A
second part of the chapter is devoted to the relevant case of the photorefractive response under …

… by those who grow and use photorefractive crystals is the accurate measurement of the …
trace impurities and defects between which photorefractive charges migrate. Conventional bulk …

… This paper presents the first experimental observation of interband photo- refractive (PR)
effects in β-BBO crystal due to multiphoton excitation with intense ultrashort pulses. In order to …

… Femtosecond pulse shaper using a photorefractive quantum … The basic pulse shaper was
modified to make it compatible … operation of the PRQW in the pulse shaper is the use of the …

… pulse shaping prior to those on femtosecond time scales. We then discuss methods for
femtosecond pulse shaping … are highly susceptible to photo refractive damage. ISRS experiments …