Sentence examples for membrane surface concentration from inspiring English sources
Finally an iterative scheme is designed to simulate the permeate flux and membrane surface concentration under specified set of operating parameters.
Once the analytical form of concentration field is obtained using the expression permeate flux, membrane surface concentration are evaluated using polymer solution theory and irreversible thermodynamics.
Finally an iterative scheme has been designed to simulate the permeate flux and the membrane surface concentration under specified set of operating parameters.
Once the analytical form of a concentration field was obtained, permeate flux and the membrane surface concentration were evaluated using polymer solution theory and irreversible thermodynamics.
The simulation elucidates on permeate flux, membrane surface concentration and the permeate concentration under various operating conditions of transmembrane pressure, bulk concentration, membrane and stirrer speeds.
A semi-analytical model based on unsteady state mass transfer has been developed for the prediction of permeate flux, membrane surface concentration and permeate side concentration during ultrafiltration in a standard single stirred cell.
Since physiologic membrane surface concentrations of PIP3 are in the range of 0.001 mol% or less, C-terminal phosphorylation of PTEN should confer an important reduction in enzymatic activity in vivo (Rahdar et al., 2009).
In the regions immediately in front of and behind the filament which was attached to a membrane surface, salt concentration increased compared with those in an empty channel under the same operating conditions.
Increased salt passage: Accumulated ions of dissolved salts on the membrane surface enhances concentration polarization and inhibits convectional transport.
Concentration polarization occurs when the salt concentration near the membrane surface exceeds the salt concentration in the bulk solution because of flow of water through the membrane and rejection of salts (Flemming 1997).
Problems with these methods are that the convective moisture resistance in membrane boundary layers is seldom taken into account, and the distributed nature of moisture emissions on membrane surface and air concentration above it often give distorted results.
