The effect of residence time and flame temperature on the soot formation of a liquid fuel flame

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Soot emission form the fossil fuel combustion causes many environmental problems and its reduction is one of the most important topics in combustion research. Until now, soot formation of gaseous fuels have been investigated and successfully modeled in many studies. However, soot formation mechanisms of liquid fuels are not fully understood yet. The soot formation mechanism of the liquid fuel is more complex than that of the gaseous fuel because there are vaorization process and interaction between the fuel droplet and flame in the liquid fuel flame. Generally, the soot yield for each fuel at and above threshold is uniquely determined by th flame temperature was achieved. The residence time of the soot particle in the high temperature and there is an inception limit that the residence time is too short to initiate the formation of soot particles.
Publisher
International Conference on Flow Dynamics
Issue Date
2005
Keywords

soot formation; residence time

Series/Report no.
2nd International Conference on Flow Dynamics
URI
http://hdl.handle.net/10203/19204
Appears in Collection
ME-Conference Papers(학술회의논문)
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2005.11_박장희_2nd international conference on flow dynamics_the effect of residence time and flame temperature on the soot formation of a liquid fuel flame.pdf(285.18 kB)Download

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