The initial speed of photorefractive recording and erasure is investigated in two-wave mixing
experiments under carefully controlled grating phase shifts. Results are reported for the full 2 …

The effect of an imposed step-like phase-shift of the light fringes on the recording and
erasure kinetics of photorefractive gratings has been theoretically investigated for an …

The phase shift between the pattern of light onto a photorefractive crystal and the resulting
hologram at the very beginning of the recording process in two-wave mixing is analyzed and …

A numerical simulation of the photorefractive grating dynamics using high intensity pulses of
nanosecond length and under an external electric field has been made. The band transport …

A shift of the light intensity fringes (after reaching saturation) can have different influences
upon the subsequent recording kinetics. This effect has been investigated within the …

A numerical approach has been developed for simulating the recording and erasure kinetics
in photorefractive materials for high modulation of the light-intensity pattern. The recording …

We present for the first time, to our knowledge, a theoretical analysis of the nonlinear
dynamic space-charge field buildup when a photorefractive medium is exposed …

We present a new approach to measure the phase shift between the photorefractive grating
and the interference pattern in two-wave-mixing experiments. This approach is based on …

2.5 Conclusions Dynamic gratings can be induced by interfering laser beams in almost any
optical material. Some selected works related to laser-induced gratings have been used as …

We report the measurement of the diffusion length, the Debye screening length and the
quantum efficiency of photoelectron generation in strongly light absorbing photorefractive Bi …