Abstract
An analytical model for the beam spread function with time
dispersion is modeled and validated against Monte Carlo
calculations. The model, which is structured on simple statistical
concepts and relies on only first and second moments for displacement,
angle, and multipath time, is suitable for describing pulsed laser
radiation propagation in nonconservative scattering media out to tens
of scattering lengths. Numerical examples for marine environments
are used to show its robustness and versatility.
© 1998 Optical Society of America
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