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Two-phase bubble formation with condensation at nozzle submerged in immiscible liquid

机译:两相气泡形成,喷嘴处有冷凝物浸没在不溶混的液体中

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摘要

To make uniformly sized liquid droplets in immiscible liquid, the condensable vapor bubbles uniformly generated from a nozzle were fed into cold continuous liquid phase. To estimate the size of the condensed dispersed droplets, a non-spherical bubble formation model with phase change is proposed. By using the present model, the two-phase bubble growth curves, the babble shape change, and the molar number of uniformly dispersed droplets were simulated. The simulations correspond relatively well with experimental results. [References: 6]
机译:为了在不混溶的液体中形成大小均一的液滴,将从喷嘴均匀产生的可冷凝蒸气气泡送入冷的连续液相中。为了估计凝结的分散液滴的大小,提出了一种具有相变的非球形气泡形成模型。通过使用本模型,模拟了两相气泡生长曲线,气泡形状变化以及均匀分散的液滴的摩尔数。模拟与实验结果相对较好。 [参考:6]

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