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首页> 外文期刊>Experimental Thermal and Fluid Science: International Journal of Experimental Heat Transfer, Thermodynamics, and Fluid Mechanics >Micro-bubble generation rate and bubble dissolution rate into water by a simple multi-fluid mixer with orifice and porous tube
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Micro-bubble generation rate and bubble dissolution rate into water by a simple multi-fluid mixer with orifice and porous tube

机译:通过带有孔和多孔管的简单多流体混合器,微气泡的产生速率和气泡在水中的溶解速率

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摘要

A multi-fluids mixer by Sadatomi and Kawahara. [1] is described as well as its performance as a micro-bubble generator for several trial products. In the experiments, air micro-bubble generation rate at water depths up to 3.6. m and the dissolution rates of oxygen in air and carbon dioxide into tap water at 20 °C were measured. In the analyses, the micro-bubble generation rate data could be well predicted by Sadatomi et al.'s model. [2] by choosing suitable energy loss coefficients needed in the model, and the oxygen dissolution rates in tap water could be well correlated with Kawahara et al.'s model. [3]. The detail of the multi-fluid mixer and its practical significances together with a result of experiments and analyses are reported in the present paper.
机译:Sadatomi和Kawahara的多流体混合器。 [1]及其作为几种试验产品的微气泡发生器的性能得到了描述。在实验中,水深达3.6的空气微气泡的产生速率。在20℃下测量空气中的氧气和二氧化碳在自来水中的溶解速率。在分析中,Sadatomi等人的模型可以很好地预测微气泡发生率数据。 [2]通过选择模型中所需的合适的能量损失系数,自来水中的氧溶解速率可以与Kawahara等人的模型很好地相关。 [3]。本文报道了多流体混合器的细节及其实际意义以及实验和分析结果。

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