Fundamentals of Soft Interfaces in Colloid and Surface Chemistry

Part I: Charge and potential at soft interfaces<br>1. Poisson-Boltzmann equation for a potential distribution around a charged surface<br>2. Effects of ionic size: modified Poisson-Boltzmann equation<br>3. Ion size effect on charge and potential relationship<br>4. Discrete charge effect<br><br>Part II: Interaction between two colloidal particles<br>5. Electrostatic interaction between two hard particles<br>6. Ionic size effect on the electrostatic interaction between two particles<br>7. Electrostatic Interaction between two soft particles<br>8. van der Waals interaction between two particles<br>9. DLVO theory of colloid stability<br>10. Non-DLVO interactions<br>11. Total interaction energy between two polymer-coated particles<br><br>Part III: Electrokinetics of soft particles<br>12. Electrophoresis: motion of colloidal particles in an electric field<br>13. General theory of electrophoresis of soft particles<br>14. Electrophoresis of a soft particle: Analytic approximations<br>15. Effects of hydrodynamic liquid slip-on hydrophobic surfaces<br>16. Transient electrophoresis and dynamic electrophoresis<br>17. Gel electrophoresis: electrophoresis of colloidal particles in a polymer gel medium<br>18. Gel electrophoresis of a soft particle: Analytic approximations<br>19. Diffusiophoresis: motion of colloidal particles in an electrolyte concentration gradient<br>20. Diffusiophoresis of soft particles<br><br>Part IV: Ion transport and ion adsorption at soft interfaces<br>21. Membrane transport with time delay<br>22. Membrane potential<br>23. Ion-adsorption effect on the interfacial tension at soft interfaces