Light scattering is used for remote diagnostics of certain physical properties of particulate
systems. The main purpose of this review is to coherently present an updated theoretical …

In automotive application, Selective Catalytic Reduction (SCR) system is used to control the
NOx emissions from Diesel engines. The reducing agent, ammonia NH3, is produced by …

Sprays and other industrially relevant turbid media can be quantitatively and qualitatively
characterized using modern optical diagnostics. However, current laser based techniques …

The aim of this work is to investigate the planar LIF/Mie droplet sizing technique from an
experimental and theoretical point of view. This technique is a good alternative compared to …

Laser-induced fluorescence (LIF) spectroscopy using dyes is frequently applied for
characterization of liquids and two-phase flows. The technique is utilized eg, for mixing …

The dependence of fluorescent and scattered light intensities from spherical droplets on
droplet diameter was evaluated using Mie theory. The emphasis is on the evaluation of …

The droplet sizing accuracy of the laser technique, based on the ratio of laser-induced
fluorescence (LIF) and scattered light (Mie) intensities from droplets, is examined. We …

An experimental technique is carried out to demonstrate the measurement of planar Sauter
Mean Diameter (SMD or D 32) distribution in a liquid centered swirl coaxial injector (LCSC) …

This chapter briefly reviews the most important concepts and techniques for optical
characterization of the size, shape and composition of particles (drops, bubbles …

The distribution of spray droplet sizes plays a pivotal role in internal combustion engines,
directly affecting fuel-air mixing, evaporation, and combustion. To gain a precise …