Bulletin of the American Physical Society
APS March Meeting 2023
Volume 68, Number 3
Las Vegas, Nevada (March 5-10)
Virtual (March 20-22); Time Zone: Pacific Time
Session 2A: DPOLY Short Course: The Polymer Physics of Separation Membranes II |
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Chair: William Phillip, University of Notre Dame; Hee Jeung Oh, Pennsylvania State University Room: Room 125 |
Sunday, March 5, 2023 8:00AM - 9:00AM |
2A.00001: Breakfast
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Sunday, March 5, 2023 9:00AM - 9:40AM |
2A.00002: Polymer membrane materials and structural characterization Ruilan Guo The short course discusses established and emerging uses of polymer membranes at the Energy/Water Nexus, the multiscale design of membranes for gas and water separations, experimental and computational characterization of polymer membranes, and the formulations and non-equilibrium processing methods used to manufacture membranes at the industrial scale. Potential Topics: • Overview of how polymer membranes are used for gas and liquid phase separations. • Formulation and non-equilibrium processing methods used to manufacture membranes. • Structural characterization of polymer membranes. • Molecular through bulk descriptions of thermodynamic partitioning (sorption) of solutes at membrane-solution interfaces. • Kinetics and solute dynamics in polymer membranes from molecular diffusion coefficients to bulk properties. |
Sunday, March 5, 2023 9:40AM - 10:00AM |
2A.00003: Q&A
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Sunday, March 5, 2023 10:00AM - 10:15AM |
2A.00004: Break
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Sunday, March 5, 2023 10:15AM - 10:55AM |
2A.00005: Solute partitioning in polymers via advanced measurements Christopher M Stafford The short course discusses established and emerging uses of polymer membranes at the Energy/Water Nexus, the multiscale design of membranes for gas and water separations, experimental and computational characterization of polymer membranes, and the formulations and non-equilibrium processing methods used to manufacture membranes at the industrial scale. Potential Topics: • Overview of how polymer membranes are used for gas and liquid phase separations. • Formulation and non-equilibrium processing methods used to manufacture membranes. • Structural characterization of polymer membranes. • Molecular through bulk descriptions of thermodynamic partitioning (sorption) of solutes at membrane-solution interfaces. • Kinetics and solute dynamics in polymer membranes from molecular diffusion coefficients to bulk properties. |
Sunday, March 5, 2023 10:55AM - 11:15AM |
2A.00006: Q&A
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Sunday, March 5, 2023 11:15AM - 11:30AM |
2A.00007: Break
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Sunday, March 5, 2023 11:30AM - 12:10PM |
2A.00008: Quantifying solute partitioning at polymer-solution interfaces via computation Scott T Milner The short course discusses established and emerging uses of polymer membranes at the Energy/Water Nexus, the multiscale design of membranes for gas and water separations, experimental and computational characterization of polymer membranes, and the formulations and non-equilibrium processing methods used to manufacture membranes at the industrial scale. Potential Topics: • Overview of how polymer membranes are used for gas and liquid phase separations. • Formulation and non-equilibrium processing methods used to manufacture membranes. • Structural characterization of polymer membranes. • Molecular through bulk descriptions of thermodynamic partitioning (sorption) of solutes at membrane-solution interfaces. • Kinetics and solute dynamics in polymer membranes from molecular diffusion coefficients to bulk properties. |
Sunday, March 5, 2023 12:10PM - 12:30PM |
2A.00009: Q&A
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Sunday, March 5, 2023 12:30PM - 1:30PM |
2A.00010: Lunch
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Sunday, March 5, 2023 1:30PM - 2:10PM |
2A.00011: Solute dynamics in gas separation membranes with a focus on traditional bulk membrane characterization Zachary P Smith The short course discusses established and emerging uses of polymer membranes at the Energy/Water Nexus, the multiscale design of membranes for gas and water separations, experimental and computational characterization of polymer membranes, and the formulations and non-equilibrium processing methods used to manufacture membranes at the industrial scale. Potential Topics: • Overview of how polymer membranes are used for gas and liquid phase separations. • Formulation and non-equilibrium processing methods used to manufacture membranes. • Structural characterization of polymer membranes. • Molecular through bulk descriptions of thermodynamic partitioning (sorption) of solutes at membrane-solution interfaces. • Kinetics and solute dynamics in polymer membranes from molecular diffusion coefficients to bulk properties. |
Sunday, March 5, 2023 2:10PM - 2:30PM |
2A.00012: Q&A
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Sunday, March 5, 2023 2:30PM - 2:50PM |
2A.00013: Coffee and Snack Break
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Sunday, March 5, 2023 2:50PM - 3:30PM |
2A.00014: Solute dynamics in membranes for liquid phase separations with a focus on molecular scale characterization Marta Hatzell The short course discusses established and emerging uses of polymer membranes at the Energy/Water Nexus, the multiscale design of membranes for gas and water separations, experimental and computational characterization of polymer membranes, and the formulations and non-equilibrium processing methods used to manufacture membranes at the industrial scale. Potential Topics: • Overview of how polymer membranes are used for gas and liquid phase separations. • Formulation and non-equilibrium processing methods used to manufacture membranes. • Structural characterization of polymer membranes. • Molecular through bulk descriptions of thermodynamic partitioning (sorption) of solutes at membrane-solution interfaces. • Kinetics and solute dynamics in polymer membranes from molecular diffusion coefficients to bulk properties. |
Sunday, March 5, 2023 3:30PM - 3:50PM |
2A.00015: Q&A
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Sunday, March 5, 2023 3:50PM - 4:05PM |
2A.00016: Break
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Sunday, March 5, 2023 4:05PM - 4:45PM |
2A.00017: Electric-field driven transport of solutes through separation membranes Rafael Verduzco The short course discusses established and emerging uses of polymer membranes at the Energy/Water Nexus, the multiscale design of membranes for gas and water separations, experimental and computational characterization of polymer membranes, and the formulations and non-equilibrium processing methods used to manufacture membranes at the industrial scale. Potential Topics: • Overview of how polymer membranes are used for gas and liquid phase separations. • Formulation and non-equilibrium processing methods used to manufacture membranes. • Structural characterization of polymer membranes. • Molecular through bulk descriptions of thermodynamic partitioning (sorption) of solutes at membrane-solution interfaces. • Kinetics and solute dynamics in polymer membranes from molecular diffusion coefficients to bulk properties. |
Sunday, March 5, 2023 4:45PM - 5:05PM |
2A.00018: Q&A
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Sunday, March 5, 2023 5:05PM - 5:06PM |
2A.00019: Wrap up
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