Different configurations of bubble entrainment have been explored inside a liquid pool resulting from the impact of plunging jets. Impingement of an inclined jet and the subsequent asymmetries are studied in present effort. The aberrations from the symmetric case have been realized in the genesis of the entrainment, including the formation and collapse of the annular cavity developed immediately after the impact. Furthermore, the three‐dimensional association of bubble population has been found to be skewed in the direction of inertia of liquid jets. The density of bubbles along a particular azimuthal plane has been tracked to quantify the intensity of entrainment in case of jet–jet interaction at different configurations. Toward the end, impingement of different fluid jets on a stratified kerosene–water layer is illustrated and complex interfacial shapes are described as an assemblage of emulsions, encapsulations, and liquid fingers. © 2018 American Institute of Chemical Engineers AIChE J, 65: 372–384, 2019

中文翻译：

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停滞液体和分层中倾斜和双重喷射撞击的后果

由于喷射流的撞击，在液池内部已经研究了气泡夹带的不同构造。在目前的努力中，研究了倾斜射流的撞击和随后的不对称性。在夹带的起源中已经实现了对称情况下的像差，包括撞击后立即形成的环形腔的形成和塌陷。此外，已经发现气泡填充的三维关联在液体射流的惯性方向上是偏斜的。已经跟踪了沿特定方位平面的气泡密度，以量化在不同构型的射流相互作用情况下的夹带强度。快要结束了，说明了在层状煤油-水层上不同流体射流的撞击，并将复杂的界面形状描述为乳液，封装和液指的组合。©2018美国化学工程师学会AIChE J，65：372–384，2019