Abstract
The problem of extraction of a substance in a column is considered for the case of solid spherical particles with the polydisperse composition when mass transfer is controlled by the liquid phase resistance and the distribution coefficient of the extractable substance is constant. For the exponential size-particle distribution we present the results of the corresponding calculation of the extraction degree. It is shown that for the normal distribution the calculation of the extraction degree can be performed without reference to polydispersity of the particles with an accuracy sufficient for engineering computations. The calculations were carried out in the range of values for the volume fraction of the particles from 0 to 0.666.
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