Abstract
The coefficients and thermodynamic equilibrium constants, activity coefficients of the sorbent phase, and integral and differential Gibbs energies of the ion-exchange and superequivalent sorption of phenylalanine by strongly acidic KU-2-8 cationites in the H form are calculated using a new thermodynamic approach that allows us to describe the simultaneous exchange and superequivalent sorption of substances by ionites.
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