… of the laser pulses as they traverse the crystal. We also show that a photorefractive crystal
can be used to measure the average coherence length of a train of mode-locked laser pulses, …

… , to fully reconstruct the input pulse the crystal length must be … crystal length, the pulse
duration and the recorded grating period. Our conclusion can be used in ultrashort pulse shaping …

… interaction of intense femtosecond pulse with photorefractive crystal at conditions close to
the optical-breakdown threshold differs drastically from that of long pulse and cw illumination. …

… : What is the shape of the outcoming pulse? How does this shape depend on the interruption
time ti and other parameters? Is it possible to restore the initial pulse shape during such a …

… The diversity of photorefractive effects allows the … observed and interpreted in photorefractive
crystals. It concerns, for … holographic information in a photorefractive crystal is an important …

… crystal, as well as the effects of the grating parameters and other input conditions, need to be
considered when we study the pulse shaping … Taking photorefractive Li Nb O 3 crystals as …

… , feedback loop pulse shaping systems have been developed … This tremendous experimental
boost of optical pulse shaping … and impacts of optical pulse shaping into the fast developing …

… produce optical pulses with a nearly Gaussian pulse shape. Figure 2b shows the resulting
pulse shape for a square wave driving voltage (dashed line) and the optimized pulse (solid …

… pulse shaping using liquid crystal SLMs and … pulse shaping. Section V summarizes the
relative advantages and disadvantages of liquid crystal and acousto-optic SLMs for pulse shaping…

… photorefractive quantum wells (QW’s) [6], [7] as dynamic holographic media positioned in the
Fourier plane of a pulse shaper. … used in a pulse shaper, we placed a photorefractive MQW …