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Spatial coherence properties of light scattered by disclinations in a liquid crystal

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Abstract

The correlation length of optical inhomogeneities near disclinations, produced by ultrasound in a liquid crystal cell, is measured as a function of the applied ultrasonic power by determining the spatial coherence of scattered light. Some preliminary indications about the behavior of disclination properties as a function of the ultrasonic power are obtained.

© 1976 Optical Society of America

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