Abstract
There is a scheme of experimental setup providing preparation of the compact cluster of monodispersed bubbles of the given diameter presented in the work. Further, in this research we have calculated setup parameters that are necessary for preparation of the compact air bubble cluster in glycerin at room temperature.
Highlights
The behavior of fluid containing bubbles is distinctly different from behavior of homogeneous fluids under different physical and physical-chemical influence
There is a question of the bubble cluster of given size generation in a number of problems, in particular, while researching an ignition of fluid electric discharge in fluids by way of specially created cavitational bubbles [1], while researching surfactants and acoustic waves on dynamics of bubble clusters [2,3]
Lets consider the results of the compact cluster preparation of air monodispersed bubbles in glycerin at room temperature
Summary
The behavior of fluid containing bubbles is distinctly different from behavior of homogeneous fluids under different physical and physical-chemical influence. These differences are abundantly used in industry – boiling, heat transfer in the two-phase mediums, cavitation, foaming, flotation. The [6] disadvantage is impossibility of cluster generation from monodispersed bubbles of millimetric sizes and complexity of the setups realizing these methods. The method [7] does not allow to generate a bubble cluster of controlled form. The experimental scheme of setup allowing to provide a compact cluster of monodispersed bubbles of the given diameter was described
Sign-in/Register to view highlights & summary 
Published Version (
Free)
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call