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We present experimental and theoretical results which show that temporal-intensity interferometry can be used to image coherently illuminated objects through a moving random medium. This system is compared with a spatial-intensity-interferometer imaging system (SIS) described by Beard and Barnoski. We show that the angular resolution of the temporal-intensity-interferometer imaging system (TIS) and the SIS is the average angular size of a scatterer, as seen from the detector.
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Estes et al. (1975) studied this question.
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