from a theoretical, practical and even regulatory perspective. Experiments were conducted
on a sooting turbulent non-premixed swirled ethylene flame with secondary (dilution) air
injection to investigate exhaust and in-burner PSDs measured with a Scanning Mobility
Particle Sizer (SMPS) and soot volume fractions (fv) using extinction measurements. The
focus was to understand the effect of systematically changing the amount and location of …
There is a need to better understand particle size distributions (PSDs) from turbulent flames
from a theoretical, practical and even regulatory perspective. Experiments were conducted
on a sooting turbulent non-premixed swirled ethylene flame with secondary (dilution) air
injection to investigate exhaust and in-burner PSDs measured with a Scanning Mobility
Particle Sizer (SMPS) and soot volume fractions (fv) using extinction measurements. The
focus was to understand the effect of systematically changing the amount and location of …