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Analysis of Electrical Coagulation of Unipolar Charged Particles in an Alternating Electric Using Moment Method
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 Title & Authors
Analysis of Electrical Coagulation of Unipolar Charged Particles in an Alternating Electric Using Moment Method
Ji, Jun-Ho; Hwang, Jeong-Ho;
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A numerical study has been carried out on the evolution of the particle size distribution for unipolar charged particles that experience coagulation in an alternating electric field. The collision frequency function of charged particles was analytically derived. The log-normal size distribution function is utilized for representing a poly-disperse size distribution and the moments of the particle size distribution are used to solve the general dynamic equation considering only AC electric force effect. The results are compared with the effects of brownian coagulation.
Alternating Electric Field;Moment Method;Unipolar Charged Particle;Coagulation;Collision Efficiency;
 Cited by
AC 전기장내 하전 액체 입자의 응집에 관한 실험적 연구,지준호;황정호;배귀남;김용진;

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