Sentence examples for mass transfer variables from inspiring English sources

The accuracy of the solutions is established and the effects of power law index, and the homogeneous and heterogeneous reactions parameters on mass transfer variables are examined.

The relationship between kG and impinging velocity, u0, is fitted to be kG= 2.9×10-4u01.75821 with the standard deviation of SD= 2.45×10-4ms-1, suggesting u0 is a strong effecting variable on mass transfer, and, consequentially, important operating variable.

The dependence of solid liquid mass transfer coefficient on important variables associated with the distributor design has been studied for SLFB.

To overcome this problem, the authors presented a modified LDF equation with a variable mass transfer coefficient which is a function of the equilibrium and instantaneous uptakes.

A linear driving force mass transfer model with a variable lumped-resistances coefficient was found to provide an acceptable fit to the experimental data.

Interestingly, a different situation holds when MEA is significantly converted at the liquid outlet: in that case, a 1D model approach is required (variable mass transfer coefficient), and leads to results which are comparable to 2D models.

Radial dispersion and mass transfer coefficients were treated as variables which are dependent on the radial coordinate of the radial flow column.

Different approaches involving either constant or variable intrinsic mass transfer coefficients were employed when carrying out the delineation.

Theoretical moisture and temperature evolution during carrot slab drying were estimated with non-steady heat and mass transfer equations using constant and variable properties.

The best fit between model curves and data has been obtained when a linearly variable internal mass transfer coefficient was adopted, with an initial value of 1.9×10−5 m/s.

The observed enhancement factors can be described with a new mass transfer theory, called the Film Variable Hold-up (FVH) model.