These particles are electrically charged and attach to aerosols, dust and other particles in the air we breathe.
这些粒子带电并附着于我们所呼吸空气中的浮质、灰尘及其它粒子。
The agglomeration of the charged dust particle is investigated by the method of electric-fluid mechanics and the transport theory of external force field.
应用电流体力学和外力场输运理论，分析了电收尘器中带电粉尘粒子的凝并现象。
The vibrating grid filtration with charged fog combined with charged fog and vibrating grid filtration is a modern high-efficiency technology for dust-removing, especially for the fine dust particles.
荷电水雾振弦栅除尘技术是将水雾荷电技术与振弦栅除尘技术相结合，以获得较高的除尘效率，特别是对微细粉尘的高效捕集。
The effect of electrical charged dust particles on electric contact and the method for measuring electric charges are discussed.
阐述了尘土颗粒带电对电接触可靠性的影响以及测量电荷的实验方法，并采用密立根方法对尘土颗粒的带电量进行了测量。
The charged dust particles move to the reversed polarity electrodes and precipitate on them. In this way, dust is separated with air.
荷电粉尘在电场力的作用下，便向电极性相反的电极运动而沉积在电极上，以达到粉尘和气体分离的目的。
The charged dust particles move to the reversed polarity electrodes and precipitate on them. In this way, dust is separated with air.
荷电粉尘在电场力的作用下，便向电极性相反的电极运动而沉积在电极上，以达到粉尘和气体分离的目的。
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