Soot is one of the most discussed pollutants in ground and air traffic. Moreover, its effect as
source of intense radiation is significant as soon as locally rich mixtures occur, especially at …

Sooting ethylene/air flames were investigated experimentally in a dual swirl gas turbine
model combustor with good optical access at atmospheric pressure. The goals of the …

Soot mass concentrations were measured with laser-induced incandescence (LII) in a
nonreacting ow. The behavior of the LII signal with respect to soot concentration, particle …

Control and reduction of soot particle emissions from aeronautic turbines requires a
monitoring system suitable for quantification of these emissions. Currently, such emissions …

Laser-induced incandescence (LII) has emerged as a promising non-invasive technique for
measuring spatially and temporally resolved soot volume fraction and size. In this …

The formation of soot in combustion systems has long been a topic of study and one in
which laser-based diagnostics have had an essential role. In our modern world the …

Quantitative Laser-Induced Incandescence (LII) has been applied to investigate the soot
formation in a combusting Diesel jet for various conditions. For the quantification of the LII …

For the validation of detailed chemical models for soot formation, and for their application to
turbulent flames, 2-D measuring techniques are necessary to derive locally resolved soot …

The laser-induced incandescence technique (LII) is a laser-based diagnostic technique for
measurements of soot volume fraction and particle size. The technique relies on detection of …

Laser-induced incandescence (LII) is one of the most powerful techniques for soot detection
in combustion media. It is therefore commonly used to perform experiments in lab-scale …