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Downstream, the heat feedback is low and the solid warms up slowly to the pyrolysis temperature.
Conductive heat feedback from the flames to the condensed fuel surface was estimated on the basis of the experimental results.
Convective and radiative heat feedback from the flames were measured both in the pyrolysis and plume regions by using temperature gradients near the wall.
Quenching extinction occurs when the heat feedback rate from the flame is no longer sufficient to offset the ongoing surface radiative heat losses.
The near-complete combustion of nano-aluminium close to the burning surface of the propellant provides heat feedback that controls the burning rate.
The pyrolysis rate is a key parameter controlling fire behavior, which in turn drives the heat feedback from the flame to the fuel surface.
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For instance, since the Arctic has opened an ice free passage, the Arctic is no longer a stationary sea -- currents from the Pacific and the Atlantic are encroaching into the Arctic circle and creating an additional heating feedback loop -- which is as equally dangerous as a heating feedback loop as the loss of reflective ice.
An inverse catalytically stabilized thermal combustion (CST) concept has been proposed, with gas-phase ignition achieved in an upstream porous burner via radiative and heat conduction feedback from a follow-up catalytic reactor.
The ignition failure of the AN/PTHF/glycerin propellant occurred because the melted binder covered the burning surface and interfered with the evolution of the AN decomposition gases and the heat flux feedback from the flame to AN.
The results indicate that the heat flux feedback from the flame remained approximately constant, except during the ignition and extinguishment periods, and was also independent of the initial fuel thickness.
The thin-layer burning behaviors of gasoline, including the heat flux feedback to the burning surface, the penetrating thermal radiation, the temperature profile of liquid layer, and the burning rate were studied in experiments of thin-layer pool fires in square, fireproof glass trays.
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