Abstract
Coherent imaging techniques rely on the coherence properties of
backscattered radiation to form an image of an illuminated object. These
techniques are sensitive to the degree of coherence of the illuminating
source. We present an approach for simulating the effects that partial
temporal coherent illumination has on these techniques. Computer simulation
and laboratory experimental results are presented that illustrate illumination
coherence effects on imagery obtained with the technique known as imaging
correlography.
© 1997 Optical Society of America
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