Sentence examples for mass transfer intensity from inspiring English sources

The parameter describing gas-liquid mass transfer intensity (volumetric mass transfer coefficient kLa) becomes than the key parameter.

Mass transfer intensity in the GFC cartridges was studied on the base of model reaction of ethylbenzene deep oxidation in air.

A limiting current analysis shows that such a membrane system can have a better mass transfer intensity than conventional packed-bed absorbers or fluidized bed absorbers.

The dry pressure drop and the mass transfer intensity in this packing were compared with those in conventional packings Sulzer BX and Montz B1-500.

Moreover, a resistance-in-series model has been applied and allowed to predict the mass transfer intensity in agreement with experimental values whatever the separation principle, liquid-liquid or liquid-gas.

To characterize the mass transfer intensity of gaseous reagents (oxygen and water vapor) to the grain of raw materials (coal and pyrite) we calculated the fluidized bed parameters (porosity), dimensionless criteria, and mass transfer coefficients per unit of contact phase surface (β, m/s) under parameters describing key changes during the conversion of pyritic sulphur and COM.

In a fixed bed, when the gas velocity is increased, the mass-transfer intensity becomes independent of the liquid velocity, so transition to fluidization is less clear.

This determines the intensity of mass transfer from the volume to the solid surface and is equal to the total rate of the process.

Mass transfer coefficients, mixing intensities and capabilities of CO2 biofixation through the photosynthesis of Chlorella vulgaris in MSTR under different gas, liquid flow rates and light intensities were compared with two other photobioreactors (BCTR and MCTR).

In the external diffusion area at the constrained motion of gaseous reagent (including fluidized bed), the rate of convective diffusion considerably exceeds the rate of molecular and thermal diffusion, determines the intensity of reagent mass transfer from the volume to the surface of solid matter and equals to the total rate of the process.

Using numerical simulations of bubble dynamics and associated heat and mass transfer, trends in cavitation intensity produced in the reactor are assessed with varying design parameters.