Distribution of electric potential during pulsating combustion of a propane-butane fuel mixture with air in a vortex combustion chamber

Currently, research on pulsating combustion regimes, in particular, control methods, remains relevant. Pulsating combustion mode has its own electric field created due to the ionization of the combustion products and is characterized by oscillatory processes of the combustion zone. In this work is to assess the effect of acoustic gas vibrations on the distribution of electric potential and its amplitude-frequency characteristics.