The microstructures of atmospheric pressure, counter-flow, sooting, flat, laminar ethylene diffusion flames have been studied numerically. Aromatics growth beyond 2-, 3-ring PAH is analyzed through a radical-molecule reaction mechanism which, in combination with a previously developed PAH model, is able to predict the concentration profiles of aromatic structures formed in flames. Modelling results are in good agreement with experimental data and are used to interpret the soot volume fraction and PAH fluorescence measured in flames.
Modelling of particulate formation in opposed diffusion flames
Sae Technical Papers
2001 Internal Combustion Engines ; 2001
2001-09-23
Conference paper
English
Effects of Hydrodynamics on Soot Formation in Laminar Opposed-Jet Diffusion Flames
Online Contents | 1996
|Temperature study of H2-air opposed jet diffusion flames
AIAA | 1994
|Temperature Study of H2-Air Opposed Jet Diffusion Flames
British Library Conference Proceedings | 1994
|