Abstract
This article examines the combustion kinetics of a fuel in paste form which was forced into a combustion chamber through a slit with lubricated walls. The instability related to oscillations in the form of the burning surface in a chamber permitting gas escape was previously studied. Equations are presented to describe the wedge-shaped (in the stationary mode) surface produced by forcing the fuel into the combustion chamber. The initial combustion surface was chosen in the form of a wedge with angle differing by 10/sup 0/ from the stationary value (with the pressure changing by 20%).
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