Abstract
Analysis of operation of electrostatic precipitators at high concentrations of the fine dispersed phase is given here. Changes in the parameters of the electrostatic precipitator in the presence of the dispersed phase are considered. Theoretical analysis of the process of corona discharge locking is given. Calculation results of electric field voltage distribution in the presence of a charged dispersed phase and the distribution of aerosol concentration over the cross section of the electrode gap are given. The expediency of using discharge electrodes with a low corona discharge ignition voltage is demonstrated.
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