Since the year 2000, a number of very different techniques to image spray formation in
optically dense regions of atomizing sprays have appeared in the literature, been further …

Underwater free-space optical communications has the potential to provide high speed, low
latency communications for undersea vehicles and sensors. This thesis describes the …

In this article we present and describe an online freely accessible software called Multi-
Scattering for the modeling of light propagation in scattering and absorbing media. Part II of …

The experimental study of dense sprays by optical techniques poses many challenges and
no methods have proven to be completely reliable when accurate quantitative data are …

The hybrid model for analyzing distortions of a laser beam passed through a moderately
scattering medium with the number of scattering events up to 10 is developed and …

A Monte Carlo numerical simulation for computing the received power for an underwater
optical communication system is discussed and validated. Power loss between receiver and …

Ballistic imaging is the name applied to a category of optical techniques that were originally
developed for medical applications. Recently, ballistic imaging was adapted to acquire …

In flame spray pyrolysis (FSP), the understanding of the atomization and spray formation of
the coaxial atomizer is a key step to control the mixing of reactants, and precursor release …

This paper has focused on the droplets behavior of kerosene RP-3 spray produced by a
pressure swirl atomizers in terms of spray pattern, droplet size spatial distribution, mean …

Imaging through optically dense sprays is challenging due to the detection of multiple light
scattering, which blurs the recorded images and limits visibility. Structured laser illumination …