An air-flow electrostatic nozzle is developed on the above-mentioned results, thus providing the scientific basis for the application of electrostatic spraying technique to large air-flow sprayers.
最后根据上述结果设计制作了气流式静电喷头，为静电喷雾技术在大型气流式喷雾机上应用提供了科学依据。
Under the influences of aerodynamic force and electrostatic force, the higher the nozzle pressure and charging voltage are, the smaller the droplet diameter is.
在气动力和静电力的前后作用下，雾滴的粒径随气体压力、静电电压的增加而减小且分布愈均匀；
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