Session: Solid Liquid Interfaces (2009 Annual Meeting)

Description:

This session welcomes contributions describing experiment and theory in the area of interfacial phenomena at solid-liquid interfaces. Relevant topics include (but are not limited to): wetting, capillarity, adsorption from solution,adhesion,electrochemistry, responsive surfaces, and self-assembly.

Sponsor:

Interfacial Phenomena

Chair:

Joelle Frechette
Assistant Professor
Johns Hopkins University
Chemical and Biomolecular Engineering
3400 N. Charles St.
Baltimore, MD 21231
Phone Number: 410-516-0113
Fax Number: 410-516-5510
Email: jfrechette@jhu.edu

Co-Chair:

Di Gao

Papers:

Welcoming Remarks

480a

Control of Spreading and Drying of a Drug-Solvent Mixture From Marangoni Flows
Marlena Brown, Rutgers University; Paul Takhistov, Rutgers University

480b

Adsorption of Charged Colloids in Low Permittivity Solvents
Kwadwo Tettey, University of Pennsylvania; Daeyeon Lee, University of Pennsylvania

480c

Wetting by Moving Triple Lines
Neeharika Anantharaju, Tennessee Technological University; Mahesh V. Panchagnula, Tennessee Technological University; Srikanth Vedantam, National University of Singapore

480d

Characterization of Surface and Frictional Properties of Two-Component Alkyltrichlorosilane Monolayers
Steven G. Vilt, Vanderbilt University; J. Ben Lewis, Vanderbilt University; Jose L. Rivera, Vanderbilt University; Clare McCabe, Vanderbilt University; G. Kane Jennings, Vanderbilt University

480e

Interfacial Structure and Interactions in Clay-Polymer Nanocomposites
Qinghua Zeng, The University of New South Wales; Wen Xu, The University of New South Wales; Aibing Yu, The University of New South Wales; Max (Gaoqing) Lu, University of Queensland; Donald R. Paul, The University of Texas at Austin

480f

Modeling the Effect of Hydrogen Bonding for Understanding the Dissolution of α-Quartz Surfaces in Water
Adam Arnold Skelton, Vanderbilt University; David J. Wesolowski, Oak Ridge National Laboratory; Peter T. Cummings, Vanderbilt University

480g

Magnetic Displays - Magnetically Controlled Particle Orientation Enables Tunable Reflectivity
Stephanie B. Bubenhofer, ETH Zurich; Evagelos K. Athanassiou, ETH Zurich; Wendelin J. Stark, ETH Zurich

Concluding Remarks

See more of this Group/Topical: Engineering Sciences and Fundamentals

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