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Chap 6. Energy Relationships; Applications to Heterogeneous Systems

Chap 6. Energy Relationships; Applications to Heterogeneous Systems. Equilibria in Heterogeneous Systems -Applications of Raoult’s and Henry’s laws-. Equilibria in Heterogeneous Systems -Schematic characterizations-. Absorption Processes -Relationships of the octanol -water coeff .-.

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Chap 6. Energy Relationships; Applications to Heterogeneous Systems

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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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