Abstract
The deposition of uncharged aerosols on charged fibers perpendicular to the air stream in a homogeneous electrical field is analytically investigated. The simple theoretical model of a filter studied in this work consists of evenly arranged layers of equidistant parallel cylinders of infinite length normal to the flow direction. The critical trajectories of the particles are calculated by numerically solving the differential equation for the particle trajectories. The calculated values of the deposition coefficient are compared with the results of previous investigations. The influence of various dimensionless parameters on deposition is discussed.
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