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Surface Disintegration and Atomization of Micro Water Droplet Subjected to Surface Acoustic Wave

机译:表面声波作用下微水滴的表面崩解与雾化

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摘要

This paper concerned with the process of liquid atomization. The dynamic behavior of water droplet subject to surface acoustic wave was observed using a high speed video camera system. Liquid was disintegrated into fine liquid particles by the action of surface acoustic wave. The process of bursting phenomena of water droplet was revealed experimentally. Furthermore, the effect of micro solid particles in water droplet on bursting phenomena was investigated. Small spherical styrene particle was used as solid particle in the experiment. It was found that the dispersion time of water droplet was delayed by the solid particles in the water droplet. The dispersion time of droplet depended on the number of solid particles.
机译:本文涉及液体雾化的过程。使用高速摄像机系统观察了表面声波作用下水滴的动态行为。液体在表面声波的作用下分解成细小的液体颗粒。实验揭示了水珠爆裂的过程。此外,研究了水滴中的微固体颗粒对破裂现象的影响。实验中使用小的球形苯乙烯颗粒作为固体颗粒。发现水滴的分散时间由于水滴中的固体颗粒而延迟。液滴的分散时间取决于固体颗粒的数量。

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