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 …

This article reviews published literature on the characteristics of a liquid jet injected
transversally into a subsonic gaseous crossflow. The review covers the following aspects:(і) …

We have developed an optical technique called ballistic imaging to view breakup of the near-
field of an atomizing spray. In this paper, we describe the successful use of a time-gated …

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 …

A robust two-phase-flow large-eddy-simulation methodology is applied to simulate the
primary breakup of an axisymmetric liquid jet injected into an air crossflow at atmospheric …

Optical measurement techniques are powerful tools for the detailed study of combustion
chemistry and physics. Although traditional combustion diagnostics based on continuous …

Quantitative measurement of liquid mass distribution is demonstrated in an impinging-jet
atomizing spray using a broadband,∼ 80 keV X-ray tube source for 2-D radiography and 3 …

A comparative examination of the optical connectivity, electrical connectivity and
shadowgraphy techniques for the measurement of the break-up length of atomising liquid …

This chapter provides a review on the penetration and atomization of liquid jets in subsonic
crossflows (LJICF). More emphasis is put on the basic physics of the problem while a …

Time-gated ballistic-photon imaging is a form of shadowgraphy in which an ultrashort,
optical-Kerr-effect (order 2 ps) time gate is used to enhance the relative intensity of ballistic …