Abstract
We study Bragg diffraction of light beams by ultrasound with an inhomogeneous amplitude-phase distribution represented by nonlinear model functions in gyrotropic cubic crystals with strong acoustooptical interaction. Analytical solutions of the vector-matrix equations of coupled waves in partial derivatives with respect to the spatial distributions of light beams and their angular spectra are obtained. The transfer functions of acousto-optical interaction are determined. The solution asymptotics is considered for different modes and diffraction efficiencies.
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