Sentence examples for the circulation velocity from inspiring English sources

A model of a simple U-tube circulating bubble column, which predicts the circulation velocity, was developed by balancing the net weight difference between the downcomer and riser with the losses in the flow circuit.

On the other hand, the circulation velocity linearly increased as the Ca number (mixture velocity) increased.

A first approach to calculate the circulation velocity depending on the geometry of the flat sheet membrane module and the aeration intensity was derived.

Therefore, it is important successfully to estimate the energy losses associated with this bubble, and its effects on the circulation velocity in such columns.

In case the gas separation at the top is complete, the circulation velocity simulated agreed well with a simple mechanical energy balance.

The results were analyzed with the aim to derive a correlation between the aeration flow rate and the circulation velocity in the reactor, as it is well known for airlift loop reactors without internals.

The circulation velocities, electrical efficiencies, thermal efficiencies, overall efficiencies, and primary energy economic ratios are tested and analyzed under different radiation intensities.

All other model parameters, i.e., the gas hold-ups, the circulation velocities of the liquid and the gas, the volumetric mass transfer coefficient of oxygen were predicted by employing experimentally determined correlations from the literature, verified in our reactors using the model system water air.

The circulation velocities are larger for the droplet on the 60° contact angle surface than that on the 30° contact angle surface.

Based on the slug flow hydrodynamic behaviors and the balance of momentum and pressure drop over the circulating loop, a model was developed to predict the main parameters of the system: the liquid circulation velocity, the void fraction, the length and velocities of Taylor bubbles and liquid slugs.

Increased amounts of packing in the I-IL-ALB, whether in the form of cotton or PUF decreased the liquid circulation velocity in the bioreactor because of the increased frictional resistance and tortuosity.