… We have shown that the orthogonal geometry of wave interaction in photorefractive CdTe
crystal allows the linear detection of small phase shifts encrypted in a depolarized wave …

… In contrast, we show that standard photorefractive theory can explain the cone angle, …
between orthogonally polarized light beams. Their photovoltaic model predicts an apex angle of 15 …

… in the work [1] and found analytical solution can be also applied for describing of two-wave
vectorial mixing both in reflection geometry and orthogonal geometry of photorefractive …

… Because of the orthogonally polarized readout geometry this polarization wave vector
does not necessarily intersect the momentum surface, and there will be some momentum …

… mixing geometry (Fig.1) single object wave (A 1 ) is mixed in a photorefractive crystal of …
Thus, in this work we proposed the novel geometry of wave mixing in photorefractive crystal. …

… geometry with orthogonally polarized pump beams is reported. It is shown that generation
of the waves deviating by a small angle … four-wave mixing geometry with tilted pump beams. …

… the PhRC in three mutually orthogonal directions. In addition, … In [28], two photorefractive
crystals and two reference waves … wave in the orthogonal geometry in a photorefractive crystal …

… 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 …

… BaTiO3-crystals are compared with theories on holographic writing in photorefractive crystals.
It is … Figure 2 shows three special geometries and their characteristic steady-state intensity …

… and mode number, and they intersect under a certain angle, but gratings can be recorded
with different modes, orthogonal polarization, or in a linear geometry, too [12, 86]. Furthermore, …