Session: Fundamentals of Interfacial Phenomena I (2013 Annual Meeting)

243 Fundamentals of Interfacial Phenomena I

Description:

This session deals with experimental and theoretical studies of fundamental issues of interfaces in natural and engineered systems. Specific topics will include thermodynamics of interfaces; intermolecular and interparticle interactions; surface forces; electrostatic and electrokinetic phenomena at interfaces; contact angle phenomena and wetting; liquid surfaces; adsorption and desorption; surface modification; self- and directed- assembly; emulsions, micelles, and foams; thin films; and interfacial mass transfer.

Sponsor:

Interfacial Phenomena

Chair:

Marina Tsianou
Email: mtsianou@buffalo.edu

Co-chairs:

Holly J. Martin
Email: hmartin@cavs.msstate.edu

Stephen M. Martin
Email: martinsm@vt.edu

Papers:

8:30 AM

(243a) Hydrophobic Forces Between Deformable Oil Drops
Rico Tabor, Chu Wu, Franz Grieser, D.Y.C. Chan and Raymond R. Dagastine

8:45 AM

(243b) Development of a General Interaction Potential for Hydrophobic and Hydrophilic Interactions
Stephen H. Donaldson Jr., Markus Valtiner, Kai Kristiansen, Michael Rapp, Anja Røyne, Saurabh Das, Matthew A. Gebbie, Bradley F. Chmelka and Jacob Israelachvili

9:00 AM

(243c) A Closure-Based Density Functional Theory for the Depletive Adsorption of Fluids With Attraction
Lloyd L. Lee

9:15 AM

(243d) Calculation of Thermodynamic Properties of Pure Components and Mixtures At Vapor-Liquid Interfaces Using Classical Density Functional Theory
Christoph Klink and Joachim Gross

9:30 AM

(243e) Application of Classical Density Functional Theory to the n-Alkane / Water Interface: Accurate Interfacial Properties Using Bulk Phase Parameters
Bennett D. Marshall II, Walter G. Chapman and Kenneth R. Cox

9:45 AM

(243f) Computer-Simulation–Assisted Molecular-Thermodynamic Framework to Predict Interfacial Tensions of Non-Ionic Surfactants
Vishnu Sresht and Daniel Blankschtein

10:00 AM

(243g) Probing Collapse Mechanisms of Two-Dimensional Lipid Monolayers
SiYoung Q. Choi and Joseph A. Zasadzinski

10:15 AM

(243h) High-Resolution Simulations of Turbulently Flowing Liquid-Liquid Dispersion
Alexandra E. Komrakova, Dmitry Eskin and Jos Derksen