Abstract

We present measurements of photon time-of-flight distributions for a 9-ps, 532-nm laser pulse traveling through Intralipid suspensions and compare the measurements with the results of Monte Carlo simulations that yield the corresponding temporal point-spread function. We show that to obtain satisfactory agreement of experiments and simulation results, one must assume a quadratic dependence of the scattering coefficient on the Intralipid concentration.

© 2003 Optical Society of America

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