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The flue gas from the RPL is mixed with the surrounding fresh mixture and form a second flame zone.
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The results obtained allowed conclusion that the observed increase in the burning rate on addition of KDN to the nitroester-based binder was caused by increasing temperature of the first flame zone and corresponding increase in the heat release rate.
Results also showed that the flame zone thickness first increased and then decreased with the increase of initial gasoline vapor concentration.
Methane and oxygen were introduced into the second and third ports of the burner respectively to create a diffusion flame zone.
Increasing pressure significantly narrows the flame zone.
When an inert particle interacts with the flame zone, it extracts energy from the flame, thereby acting like a heat sink and hence reducing the flame temperature.
With the increase of particle size distribution, the large particle pyrolysis zone without visible flame would exist between the premixed flame zone and the dust flame zone.
The flame thickness exceeded its characteristic one-dimensional value and flame zone broadened from the base to the tip due to heat losses and differential diffusion of hydrogen.
Increasing airflow through the FD stove decreased flame length and the residence time of VOCs inside the flame zone, which in turn increased pollutant concentrations.
This zone may also be where metals vaporized in the flame zone are condensed to ultrafine PM.
The flame zone generates large quantities of vaporized metals and chlorine that are very important reactants in subsequent zones.
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