Aggregation Effect On Particle Motion And Electric Field

Process of particles and droplets aggregation due to the liquid bridge is investigated, and increased particle size is applied to the particle tracing around the DC transmission line. Agglomeration kernel is applied to the aggregating process of droplets and particles. Comparing the capture process of particles before and after agglomeration effect around the DC transmission line, it can be concluded that particles with aggregated size (after agglomeration) are not easy to be captured by DC electric field force, and the charge of particle is the determinant factor on the capturing process, and aggregated size of particles and droplets cause higher distortion of electric field.