Abstract
This paper continues a study of the reaction zone structure and wave processes behind the detonation front in a gas-film system. The experimental system includes a high-speed streak camera with an IAB-451 shadowgraph, piezoelectric probes, and a six-channel outflow repeater. The structure and nature of the perturbations in the reaction zone were interpreted by analyzing the photographs and pressure traces together. These conclusions are drawn: rotating compression waves exist behind the detonation front, fuel vapor aids the buildup of autooscillations, and shock-acoustic waves have been observed.
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