Abstract
The paper considers the results of experimental and analytic efforts on the filamentary transversal pulse discharge application for mixing intensification in high-speed gas flow. Two methods are demonstrated experimentally: active mixing by filamentary discharge in transversal magnetic field, and mixing due to development of huge instability with consequent fast turbulent expansion in after-discharge channel. The mechanism of the phenomena was described theoretically for quiescent ambient conditions. It is supposed that effect of fast turbulent expansion is effective for an acceleration of mixing in the non-premixed reactant multi-component flow.
Published Version
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