Abstract
The influence of plate diameter, azid-ethanol PMMA concentration and solution film thickness on flame propagation velocity and inert plate temperature is investigated. The effect of flame velocity decrease due to polymer concentration increase is discovered. It is related to heat loss, caused by endothermic reaction of decomposition. It is shown, that polymer solution film flame speed is determined not only by layers system thermal state, but also by fuel composition components chemical reaction kinetics.
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