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Applied Physics B

Phase conjugation via unequal amplitude multiple gratings in photorefractives: A simple shooting method for numerical solution

T. K. Das, K. Singh

Published Dec 1, 1989• 7 citations
Publisher
DOI
10.1007/bf00324957

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We develop a numerical method to solve the coupled-wave equations for four-wave mixing phase conjugation in a photorefractive crystal with unequal complex coupling constants; by this method we can obtain both the intensities and the phases of various beams. We discuss the intensities and the phases of the interacting beams in a photorefractive crystal for the cases in which the phase shifts between the refractive-index gratings and the interference pattern are all π/2 and in which they are not all π/2.

Journal of the Optical Society of America B•Dec 1, 1992•8 citations
We develop a numerical method to solve the coupled-wave equations for four-wave mixing phase conjugation in a photorefractive crystal with unequal complex coupling constants; by this method we can obtain both the intensities and the phases of various beams. We discuss the intensities and the phases of the interacting beams in a photorefractive crystal for the cases in which the phase shifts between the refractive-index gratings and the interference pattern are all π/2 and in which they are not all π/2.