Канал: Severtson Colloids and Polymer Composites Lab

Lecture 14: Gauging Surface Free Energy of Solids and Surface Processes

Lecture 14: Gauging Surface Free Energy of Solids and Surface Processes

Lecture 17: Surfactant Background, Examples and Structure

Lecture 17: Surfactant Background, Examples and Structure

Lecture 23: Introduction to Emulsions

Lecture 23: Introduction to Emulsions

Lecture 22: Stern Layer, Zeta Potential, DLVO Theory, non-DLVO Interactions and Charge Measurements

Lecture 22: Stern Layer, Zeta Potential, DLVO Theory, non-DLVO Interactions and Charge Measurements

Lecture 10: Molecular Weight Measurements with Matt Dubay

Lecture 10: Molecular Weight Measurements with Matt Dubay

Lecture 21: Particle Interaction Energies, Hamaker Constant, EDL, and the Gouy-Chapman Model

Lecture 21: Particle Interaction Energies, Hamaker Constant, EDL, and the Gouy-Chapman Model

Lecture 9: Polymer Size and Shape with Matt Dubay

Lecture 9: Polymer Size and Shape with Matt Dubay

Lecture 8: Polymer Nomenclature and Structure with Matt Dubay

Lecture 8: Polymer Nomenclature and Structure with Matt Dubay

Lecture 13: Contact Angle, Young’s Equation and Wetting

Lecture 13: Contact Angle, Young’s Equation and Wetting

Lecture 16: Cylindrical Surfaces, Capillary Bridges and Drop Shape Analysis

Lecture 16: Cylindrical Surfaces, Capillary Bridges and Drop Shape Analysis

Lecture 3: Thermodynamics of Dissolution, Solubility of Organic Liquids, Gases and Solids

Lecture 3: Thermodynamics of Dissolution, Solubility of Organic Liquids, Gases and Solids

Lecture 11: Solubility and Sorption with Matt Dubay

Lecture 11: Solubility and Sorption with Matt Dubay

Lecture 1: Interaction Energy, Coulomb’s Law, Polar and Polarizable Molecules

Lecture 1: Interaction Energy, Coulomb’s Law, Polar and Polarizable Molecules

Lecture 2: Hybrid and Van der Waals interactions and Hydrogen Bonding

Lecture 2: Hybrid and Van der Waals interactions and Hydrogen Bonding

Lecture 19: Micelle Formation, Kraftt Temperature and Cloud Point

Lecture 19: Micelle Formation, Kraftt Temperature and Cloud Point

Lecture 12: Surface Energy and Surface Tension

Lecture 12: Surface Energy and Surface Tension

Lecture 18: Gibb’s Adsorption Equation and Surface Tension Curves

Lecture 18: Gibb’s Adsorption Equation and Surface Tension Curves

Lecture 20: Introduction to Hydrophobic Colloids, Particle Size Measurements, and Settling Stability

Lecture 20: Introduction to Hydrophobic Colloids, Particle Size Measurements, and Settling Stability

Lecture 24: Introduction to Foams

Lecture 24: Introduction to Foams

Lecture 4: Dependency of Water Solubility on Ionization, Temperature, Pressure, Salts and Cosolvents

Lecture 4: Dependency of Water Solubility on Ionization, Temperature, Pressure, Salts and Cosolvents

Lecture 5: Sorption Terminology, Isotherms, Measurements and Partitioning

Lecture 5: Sorption Terminology, Isotherms, Measurements and Partitioning

Lecture 6: Sorption of Aqueous Chlorinated Phenols to Wood Fiber

Lecture 6: Sorption of Aqueous Chlorinated Phenols to Wood Fiber

Lecture 7: Adsorption and the Langmuir and Freundlich Models

Lecture 7: Adsorption and the Langmuir and Freundlich Models

Lecture 15: Young-Laplace Equation, Curvature and Spherical Surfaces

Lecture 15: Young-Laplace Equation, Curvature and Spherical Surfaces