摘要
提出了在集尘板间引入磁场的创新方法并研究了其对净化效率的影响 .通过试验和对试验数据的分析 ,讨论了引入磁场的预荷电集尘法在净化空气过程中放电电压大小和极性、磁场大小和方向、粒子初速度、集尘板间距等因素对净化效率的影响 .结果表明 ,引入适当强度的磁场可提高净化效率 ,理想的预荷电放电电压为 - 6kV(直流 ) ;根据具体情况 ,集尘板间距和粒子的初速度存在着一个最佳值 .
A new method is presented to apply magnetic field in the air purification by collecting pre-charged suspend particles. Based on the experiments and analysis of the relative data, some effective factors, such as the polarity and value of the discharging-voltage, the direction and value of the magnetic field, the initial particle speed, and the collecting plate span, etc. on the process of air purification are discussed. The results show that the purification efficiency is enhanced by proper magnetic field. -6 kV direct current voltage is an optimal value and there are two optimal values of the plate span and the initial particle speed according to different situations.
出处
《西安交通大学学报》
EI
CAS
CSCD
北大核心
2001年第8期785-789,共5页
Journal of Xi'an Jiaotong University
关键词
空气净化
磁场
预荷电
效率
集尘板
Air pollution
Dust collectors
Efficiency
Magnetic fields
