Abstract
The effect of SO2, SO3, HSO3, and H2SO4 formation in the jet duct on the dynamics of sulfate H2O/H2SO4 aerosol formation in the wake of a subsonic aircraft is analyzed numerically. It is shown that the presence, in addition to SO2, of SO3, HSO3, and H2SO4 at the nozzle edge leads to an increase in the nucleation rate and intensification of the coagulation process. A significant quantity of large particles (of radius greater than 9 nm) is formed in the jet. This quantity depends on the sulfur content of the fuel.
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