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Use of Higher-Order Frequency Response Functions for Identification of Nonlinear Adsorption Kinetics: Single Mechanisms under Isothermal Conditions

Chemical EngineeringIsothermal ConditionsEngineeringNonlinear Adsorption KineticsSelective SeparationChemisorptionPhysical ChemistryAnalytical ChemistrySingle MechanismsComputational ChemistryActivated CarbonChemistryAdsorptionMolecular KineticsChemical Kinetics