Abstract
It is demonstrated that the measure of the inhibition of a quenched flame whose burning velocity is maintained constant (by heat transfer to a flame holder) is a rise in flame temperature on inhibition. This is in contrast to the measure of the inhibition of an adiabatic flame which is a change in burning velocity at constant temperature. This behavior is illustrated for the case of NaHCO 3 inhibition of a quenched CH 4/air flame, φ = 1.2, burning at 10 cm/sec.
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