Abstract
This article presents a qualitative study of the effects of the boundary reactions on the speed of the combustion wave and the propagation laws. The analysis is performed for stationary combustion in a model heterogeneous system consisting of ordered layers of the reacting components. Neglects the difusion of the material in the direction of combustion-wave propagation and assumes that in accordance with the phase diagram for the A-B system the reagents interact only to form a single layer of the product AB. The propagation of the combustion wave throughout the range in the relevant parameters is characterized by a reaction zone with a narrow temperature distribution.
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