Abstract
Amathematical model of vortex hydraulic dust suppression is proposed. Equations for calculating the magnitude of the reduction in the required energy for total absorption of dust particles, the effective wetting angle, and the minimum diameter of the absorbed dust particles as a function of the angular of liquid droplet rotation velocity are obtained. It is shown that vortex hydraulic dust suppression significantly reduces the size of the dispersed dust composition, water consumption, and increases the efficiency of dust suppression.
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