Sentence examples for mass transfer terms from inspiring English sources

For the non-equilibrium heat and mass transport equations, we obtain closures for the dispersion, turbulent flux, turbulent dispersion, and interfacial heat and mass transfer terms.

New correlations are proposed for the interfacial Nu or Sh numbers, in single rising fluid particles, which become dependent on the Eötvös (Eo) number, and for the correction of the interfacial area density, which should be included in the closure of the interfacial heat or mass transfer terms in the Two-Fluid model equations.

In this case the pseudo steady state approximation neglects both the accumulation term and the convective mass transfer term in the mass balance.

The mass balances of the various gaseous compounds comprise an accumulation term and a gas-to-liquid mass transfer term as well as an inflow and an outflow.

An interesting observation was the highest resolutions were accessed in an argon/nitrogen mixture (85/15%), suggesting a previously unappreciated balancing of mass-transfer terms in the TWIMS separation mechanism.

The FAC wear rates were correlated with the turbulence kinetic energy and wall mass transfer in terms of Sherwood number.

This work discusses the origins of the apparent contradiction between expected and predicted external film mass transfer resistance terms in chromatographic columns.

It is suggested that there is an optimum Strouhal number that produces the best mass transfer, in terms of the compactness and energy efficiency of a pulsatile pumping system.

It is shown that the predicted mass transfer resistance term is accounted for by the trans-channel eddy diffusion term directly derived in the general theory of the dynamics of chromatography.

These other parameters are gas solubility and interface resistance, of which the latter is represented by mass transfer coefficient term.

The effect of initial steam condensation, in terms of film condensation, was included and a more realistic mass transfer boundary condition, in terms of the vapor pressure gradient and the physical condition at the drying surface, was applied in the newly developed model.