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Equilibria in Heterogeneous Systems: Adsorption and Sorption Models

Explore relationships and models in Adsorption and Sorption processes in heterogeneous systems, depicting isotherm regimes and site energy distributions. Understand surface tensions, ion distributions, and equilibrium in multiphase systems.

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Equilibria in Heterogeneous Systems: Adsorption and Sorption Models

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  1. Chap 6. Energy Relationships;Applications to Heterogeneous Systems

  2. Equilibria in Heterogeneous Systems -Applications of Raoult’s and Henry’s laws-

  3. Equilibria in Heterogeneous Systems -Schematic characterizations-

  4. Absorption Processes-Relationships of the octanol-water coeff.-

  5. Absorption Processes-Relationships of aqueous solubility to other properties-

  6. Adsorption Processes-Surface and interfacial tensions-

  7. Adsorption Processes -Effects of interfacial tension-

  8. Adsorption Processes -Categories and characteristic interactions-

  9. Models for Describing Sorption Equilibria-Depiction of adsorption isotherm regimes-

  10. Models for Describing Sorption Equilibria-Schematic basis-

  11. Models for Describing Sorption Equilibria-Generation of cumulative Freundlich isotherm behavior-

  12. Models for Describing Sorption Equilibria-Graphical representations of selected isotherm models-

  13. Models for Describing Sorption Equilibria-Methods for graphical evaluation of isotherm constants-

  14. Models for Describing Sorption Equilibria-Site energy distributions-

  15. Models for Describing Sorption Equilibria-Residual solution concentration limits-

  16. Sorption Processes and Particle Stability -Mutual repulsion of like-charged colloids-

  17. Sorption Processes and Particle Stability -Double layer representation of ion distributions-

  18. Sorption Processes and Particle Stability -Ion distributions and repulsion potentials-

  19. Sorption Processes and Particle Stability -Interaction potentials in a colloidal system-

  20. Species Distributions Among Phases -Two-phase analogy between heat and fugacity capacity -

  21. Species Distributions Among Phases -Equilibrium in a multiphase environmental system-

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