Sentence examples for bubble flow has been from inspiring English sources
Visible bubble flow has been identified as an important parameter in the mixing of gas in bubbling fluidized beds.
Physical absorption of CO2 bubbles under slug flow has been studied in a T-junction microchannel.
A visualization technique, based on the scattering of light from cavitation bubbles in the flow, has been developed, tested and compared to acoustical measurements.
In a previous paper, the transition between homogeneous and heterogeneous regimes in bubble column without liquid flow has been shown to be driven by the deformation of the bubbles associated to drag and added mass.
Based on these results, acceleration of a trailing Taylor bubble in a gas liquid slug flow has been attributed to the reduction in drag force caused by changes in the nose shape and lateral displacement of the bubble from the vertical pipe axis.
Effect of parameters such as downstream recovery pressure, venturi to pipe area ratio, initial bubble void fraction in liquid and initial bubble size in the flow on the dynamics of the flow has been studied.
An experimental investigation of micro-bubbles two-phase flows has been therefore undertaken.
The changes in regime transition velocities, pressure drop, bubble rise velocity, bubble frequency and bubble flow rate have been quantified by employing Electrical Capacitance Tomography measurements.
Effects of gas velocity (0.02 0.20 m/s), pressure (0.1 0.6 MPa), liquid viscosity (1.0 38.0 MPa s) and bubble distribution mode (even, wall-side, central and asymmetric distribution) on the volumetric gas liquid mass transfer coefficient and bubble flow behavior have been examined.
Capacitance probe measurements of the visible bubble flow rate have been made in a pressurized fluidized bed burning coal.
