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粉尘粒子荷电机理探讨 被引量:1

An Investigation on the Charging Mechanism of Polydisperse Dust Particles
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摘要 本文在《孤立粒子荷电机理探讨》的基础上,讨论了静电除尘器中大量粉尘粒子在已荷电情况下,其空间电荷引起的电流衰减、电场畸变和尘层压降及其对粒子荷电的影响。同时,推导出了反映粒子荷电状态的重要方程。 On the basis of the article THE CHARGING MECHANISM OF A SINGLE ISOLATED PARTICLE, this paper makes a discussion that leads to the conclusion that the space charges of polydisperse dust particles which have picked up lectric charge cause the current attenuation, the disortion of the electric field in the working space of the precipitators and the voltage drop across the dust deposit layer, thereby affecting the particle charging conditions. Moreover, an equation is given that can explain th charging state of the polydisperse particles.
作者 孙可平
出处 《上海海运学院学报》 1991年第4期72-79,共8页 Journal of Shanghai Maritime University
关键词 静电除尘器 粉尘粒子 环境工程 electrostatic dust precipitators, electrostatics, environmental engineering dust particle
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  • 1向晓东.电凝交理论及在除尘应用中的新进展[J].通风除尘,1994,13(4):28-31. 被引量:16
  • 2赵钟鸣,幸福堂,赵宏.一种计算电除尘器效率的半经验方法[J].通风除尘,1996,15(2):1-7. 被引量:4
  • 3谢广润;陈慈萱.高压静电除尘器[M]{H}北京:水利电力出版社,1993.
  • 4Pope C.A. Lung cancer,cardiopulmonary mortality,and long-term exposure to fine particulate air pollution[J].JamaJournal of the American Medical Association,2002,(09):1132-1141.
  • 5Kanazawa S,Ohkubo T,Nomoto Y. Submicron particle agglomeration and precipitation by using a bipolar charging method[J].{H}Journal of Electrostatics,1993,(03):193-209.
  • 6Watanabe T,Tochikubo F,Koizumi Y. Submicron particle agglomeration by an electrostatic agglomerator[J].{H}Journal of Electrostatics,1995,(04):367-383.
  • 7Laitinen A,Hautanen J,Keskinen J. Bipolar charged aerosol agglomeration with alternating electric field in laminar gas flow[J].{H}Journal of Electrostatics,1996,(04):303-315.
  • 8Williams M.M.R,Loyalka S.K. Aerosol Science Theory and Practice[M].{H}New York:Pergamon Press,1991.212-218.
  • 9Martin C. Air Pollution Control Theory[M].{H}New York:McGraw-Hill,1976.329-330.
  • 10刘军,石健将.静电除尘电源的发展[J].环境工程,2008,26(5):44-47. 被引量:17

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