可控气泡大小发生器性能与旋流

P. Srinoi, Kaname Sato
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引用次数: 3

摘要

气泡被广泛应用于各种用途,如产品清洗、医疗、食品加工、渔业作业等。在最近的一些专利中,由于这种方法成本低、设计简单,由涡流产生的微/纳米气泡已被用于几种应用中。此外,它还提供了高性能以及产生非常小气泡的能力。设计了可控制的气泡大小发生器,使气泡大小可以根据操作顺序变化,并对其性能进行了研究。该发生器由空气和水两种流体驱动,通过在涡流中施加剪切应力产生气泡,这些气泡被分成更小的气泡。用数码相机对产生的气泡进行了拍摄,并测量了气泡通过狭缝发出的光片。研究了旋流强度与气泡大小/数目的关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Controllable Air-bubbles Size Generator Performance with Swirl Flow
Bubbles are widely used for various purposes such as products cleaning, medical treatments, food processing, fishery operations, etc. In a number of recent patents, micro/nano-bubbles generated by a swirl flow have been used in several applications because this method involves low cost and simple design. In addition, it provides high performance as well as the ability to generate very small bubbles. In this research, the controllable bubble size generator, which enables the bubble size to be changed according to the sequence of operations, was devised, and then the performance was investigated. This generator, which is operated with two fluids of air and water, makes bubbles that are divided into smaller bubbles by applying the shear stress with the swirl flow. The generating air bubbles which radiated a light sheet through slit, was taken a picture with the digital camera, and was measured. The relation between the swirl strength and the bubble size/numbers was investigated.
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