Detonation combustion of gas mixture in a plane channel with multiple barriers
DOI:
https://doi.org/10.18321/cpc533Keywords:
detonation wave, plane channel, hydrogenair mixture, barriers, conservation/quenching of detonation.Abstract
control in a stoichiometric hydrogen-air mixture in a plane channel, on one of the walls of which there is a region with barriers, are numerically studied. The influence of the geometrical parameters of the region (its length, the barriers height and the frequency of their position) on the detonation combustion of the mixture has been studied. The possibility of detonation control by preliminary preparation of the combustible mixture (decomposition of a part of molecular hydrogen and molecular oxygen into atomic gases) or introduction of argon and ozone additives into the combustible mixture is considered. It has been established that the detonation wave in the prepared gas and in the mixture with additives, concentrations of which ensure the cell size of the detonation wave in the resulting mixture is close to the average cell size in the initial mixture, is more resistant to disturbances caused by obstacles located in the channel. So, it is possible to use these mechanisms to prevent quenching of detonation combustion in a channel with multiple barriers.
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