本文叙述了利用超声波发生器的原理来雾化液体的喷嘴。
A liquid atomizing nozzle utilizing the principle of ultrasonics is described in this paper.
dict.cnki.net在超声波雾化设计原理的基础上，将雾化喷嘴按照用途进行了分类，总结了三类超声波雾化喷嘴。
Based on the theory of ultrasonic atomization, the nozzles are classified according to the applications with the features of three kinds of nozzles summarized.
dict.cnki.net在研究雾化汽油等燃料类的喷嘴、雾化水类的喷嘴的基础上，着重叙述了制取微细金属粉末的超声波雾化喷嘴；
Based on the study of the atomization(nozzles) for fuels like petroleum and for water, the atomization nozzles for superfine metal powders are described in detail
超声波雾化喷嘴又称干雾抑尘喷嘴，能够准确有效的控制粉尘现场，拥有内部混合设计JCO喷嘴和外部混合设计JAU的喷嘴。对于特定的流量，我们可以提供特殊定制，满足您的要求。流量0.15 J至25 JN的型号。 空气雾化喷嘴能够比同类型的喷嘴节约50％至60％的资源，我们的双流体喷嘴和超声波雾化喷嘴的*之处在于，喷嘴具有气压可调节比例20:1，和雾滴大小减少调制能力.
Ultrasonic atomization nozzle is also called dry fog dust suppression nozzle, can effectively control the accurate dust in the scene, with external and internal mixing design JCO nozzle mix design JAU nozzle.For a specific flow, we can provide special customization, meet your requirements.Flow of 0.15 J to 25 Jacqueline Nottingham models.Air atomizing nozzle can be better than the same type of nozzle save 50% to 60% of the resources, our twin fluid nozzle, and ultrasonic atomizing nozzle is unique in that the nozzle with pressure adjustable ratio systematically, and the droplets size reducing modulation ability. Ultrasonic atomization nozzle is also called dry fog dust suppression nozzle, can effectively control the accurate dust in the scene, with external and internal mixing design JCO nozzle mix design JAU nozzle.For a specific flow, we can provide special customization, meet your requirements.Flow of 0.15 J to 25 Jacqueline Nottingham models.Air atomizing nozzle can be better than the same type of nozzle save 50% to 60% of the resources, our twin fluid nozzle, and ultrasonic atomizing nozzle is unique in that the nozzle with pressure adjustable ratio systematically, and the droplets size reducing modulation capability.
干雾抑尘喷嘴雾化原理
压缩空气高速通过喷嘴的过度导流孔，
在超高的空气速度下，收缩喷口使空气加速至
声速，并产生高频率的机械声波，混合液滴,冲
击谐振器腔，雾化液滴。反射，扩增主冲击波。
声波能量将被集中在喷嘴主体和谐振器上，一
旦产生这种强大的冲击波，水被剪切成相对的
小水滴。这些小水滴进行激烈的声能转换后,变
成数千微米级大小的液滴，在声波音爆中被高速空气雾化弥散。
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