Transport in Nanoporous Materials | AIChE

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Transport in Nanoporous Materials

Chair(s)

Snurr, R., Northwestern University

Co-chair(s)

Johnson, K., University of Pittsburgh

Transport in nanoporous materials plays a key role in adsorption separations, membranes, and heterogeneous catalysis. The close interaction of diffusing molecules and the pore walls, however, creates a unique diffusional regime that is not well understood. Talks in this session will discuss transport in nanoporous materials, including new developments in theoretical descriptions, insights from molecular simulation, experimental probes, and unique ways of exploiting nanopore diffusion in practical applications.

Presentations

8:00 AM
(192a) MD Simulations of Water and Sodium Counter-Ion Diffusion in the Pores of Beta - Lactoglobulin Crystals
8:18 AM
(192b) Pore Accessibility and Ion Transport in Ordered Mesoporous Silica Thin Films Determined by Electrochemical Methods
8:36 AM
(192c) Spatially Resolved Measurements of Transport of Guest Molecules in Nanoporous Molecular Sieve Membranes
8:54 AM
(192d) Multiscale Modeling for Bridging Disparate Scales of Diffusion in Polycrystalline Microporous Membranes
9:12 AM
(192e) Transport of CO2 and N2 through Single-Walled Carbon Nanotube Membranes
9:30 AM
(192f) Computer Simulations of Adsorption and Transport of a Quaternary Mixture Including Hydrogen in Zsm-5 and Silicalite
9:48 AM
(192g) The Role of Diffusion in Separation of Gas Mixtures Using a Range of Zeolite Membranes: a Molecular Dynamics Study
10:06 AM
(192h) Modeling Permeation in Nanoporous Media with Lattice Density Functional Theory

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Pricing

Individuals

AIChE Pro Members $150.00
AIChE Graduate Student Members Free
AIChE Undergraduate Student Members Free
AIChE Explorer Members $225.00
Non-Members $225.00

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