Soot formation is studied in premixed laminar flames of cyclic C6 hydrocarbons using a general and detailed kinetic model of gas phase combustion chemistry of several fuels coupled with a discrete sectional soot kinetic mechanism. Benzene and cyclohexane premixed flames in the same fuel-rich and temperature conditions are investigated in relation to the different pathways leading to soot. Comparisons between model predictions and experimental data permit us to understand the data more in detail and help to refine and validate the soot model.
A kinetic modeling study of soot formation in cyclic C6 hydrocarbon flames
SAGGESE, CHIARA;FERRARIO, SARA;CUOCI, ALBERTO;FRASSOLDATI, ALESSIO;RANZI, ELISEO MARIA;FARAVELLI, TIZIANO
2014-01-01
Abstract
Soot formation is studied in premixed laminar flames of cyclic C6 hydrocarbons using a general and detailed kinetic model of gas phase combustion chemistry of several fuels coupled with a discrete sectional soot kinetic mechanism. Benzene and cyclohexane premixed flames in the same fuel-rich and temperature conditions are investigated in relation to the different pathways leading to soot. Comparisons between model predictions and experimental data permit us to understand the data more in detail and help to refine and validate the soot model.File in questo prodotto:
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