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本文主要研究不同的针尖形状、电极最小距离等工艺条件下,针尖凝水对纳米水离子净化性能的影响,在1m3环境舱内利用香烟烟雾进行洁净空气量测试,为水离子新型空气净化装置的研发提供依据。结果表明:凝水现象会导致放电的不稳定和随机性大大增加,打破装置参数对净化效果影响的一般规律;对于实验条件下的湿电极,采用针尖放电端相比球形放电端更有利于保证净化过程的稳定性。
In this paper, we mainly study the influence of needlepoint condensate on purification performance of nanometer water ions under different process conditions, such as different tip shape and electrode minimum distance, and use the cigarette smoke to test the clean air volume in 1m3 environment chamber. R & D to provide the basis. The results show that the condensate phenomenon leads to the instability and randomness of the discharge increasing greatly, breaking the general rule that the device parameters affect the purification effect. For the wet electrode under the experimental conditions, it is more advantageous to use the tip discharge end than the spherical discharge end Purification process stability.