… of cubic symmetry in different geometries of beam interactions—reflection, transmission, and
orthogonal. It is shown that orthogonal geometry in contrast with others supports an efficient …

… The quarter-wave plate, l/4, and polarizer (P) were used to control the polarization angle of
… Figure 3 shows the images of the beam in the output plane of the crystal for two orthogonal …

… orthogonally polarized pump four-wave mixing (OPP-FWM) geometry employing a photorefractive
(PR) crystal (… PCR results of this geometry are compared with those obtained from the …

… sensitivity of a particular photorefractive medium, optically induced … Various 3D lattice-forming
geometries for different … , where the lattice beam geometry consists of a normally incident …

… orthogonal … a photorefractive crystal characterized by parameters that are typical of BaTiO
3 , with no absorption and an inhomogeneous input surface. We plot amplitude versus angle (…

… in photorefractive crystals is investigated. This interaction is due to linear and circular
photogalvanic currents and couples light beams with orthogonal … of the current in our geometry. In …

… principle in the design of potentially efficient organic photorefractive crystals. A supramolecular
approach to space-charge induced photorefractive effects is discussed, on the basis of …

… relief grating in a photorefractive BTO crystal PD: photodetector, … The incidence angle of both
beams is about 8 with respect to … , at the orthogonal side, ie, at the 001 crystal face which is …

… -degenerate interaction of light waves in cubic photorefractive crystals of the 23 and $$\…
The application of the theory to the description of the properties of photorefractive crystals Bi …

… intersecting angle between two writing beams inside the crystal, … The four images were
multiplexed with orthogonal phase-… However, applying an electric field to a photorefractive crystal …