Abstract
The authors analyze the influence of an endothermal stage when the interactions of the reagents occurs in the condensed phase. They observe three characteristic conditions of wavefront propagation: breakaway conditions, conditions of coalescence, and control conditions. Four figures illustrate the results of their calculations, including the typical combustion wave structure under coalescent and breakaway conditions. In breakaway conditions they observe a very extensive burn-out region where the main part of the intermediate product is converted as the temperature drops. A similar structure occurs when thermal effects are identical in their absolute magnitude and when coalescent conditions are impossible.
Published Version
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