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Sieving coefficientIn mass transfer, the sieving coefficient is a measure of equilibration between of the concentrations of two mass transfer streams. It is defined as the mean pre- and post-contact concentration of the mass receiving stream divided by the pre- and post-contact concentration of the mass donating stream. Additional recommended knowledge
where
A sieving coefficient of unity implies that the concentrations of the receiving and donating stream equilibrate, i.e. the out-flow concentrations (post-mass transfer) of the mass donating and receiving stream are equal to one another. Systems with sieving coefficient that are greater than one require an external energy source, as they would otherwise violate the laws of thermodynamics. Sieving coefficients less than one represent a mass transfer process where the concentrations have not equilibrated. Contact time between mass streams in important in consider in mass transfer and affects the sieving coefficient. In kidneyIn renal physiology, the sieving coefficient can be expressed as: sieving coefficient = clearance / ultrafiltration rate[1] See also
Categories: Transport phenomena | Chemical engineering |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Sieving_coefficient". A list of authors is available in Wikipedia. |