Determination of optimal directions of the wave vector of the phase holographic grating in cubic photorefractive crystal

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The dependence of the change in the components of the inverse permittivity tensor of a cubic photorefractive Bi12SiO20 crystal on the direction of the wave vector of holographic grating in the crystal coordinate system has been studied. It is shown that, when recording a phase hologram, the largest change in the refractive index of Bi12SiO20 crystal is attained when the holographic grating wave vector is oriented along symmetrically equivalent <111> directions. The maximum possible modulation amplitude of the refractive index of a holographic grating with the wave vector oriented along the <110> directions is found to exceed that in the case of orientation along the <100> directions. The components of the inverse permittivity tensor of Bi12SiO20 crystal were calculated taking into account that a phase hologram is recorded under linear electro-optic, photoelastic, and inverse piezoelectric effects.

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V. Naunyka

Mozyr State Pedagogical University named after I. P. Shamyakin

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Email: valnav@inbox.ru
白俄罗斯, 247760, Mozyr

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