February 27, 2025
8:45AM
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10:10AM
Smith Lab 2006
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2025-02-27 08:45:00
2025-02-27 10:10:00
Frontiers in Chemical Physics - Dr. Amalie Frischknecht (Sandia National Laboratories) - Molecular Dynamics Simulation Methods for Ion-Containing Polymers
Molecular Dynamics Simulation Methods for Ion-Containing PolymersDr. Amalie Frischknecht (Sandia National Laboratories)Location: Smith Lab 2006
Frontiers in Chemical Physics Lecture Series:Wednesday, Feb 26th, 8:45 - 10:10am"Ion Transport in Single-Ion Conducting Polymers: Can it be Fast Enough for Battery Electrolytes?", McPherson Lab 2019Thursday, Feb 27th, 8:45 - 10:10am"Molecular Dynamics Simulation Methods for Ion-Containing Polymers", Smith Lab 2006Friday, Feb 28th, 8:45 - 10:10am"Understanding Water and Ion Transport Mechanisms in Hydrated Ionic Polymers: Relations between Polymer Architecture, Morphology, and Transport", McPherson Lab 2019 Attendance at the Thursday talk will be limited to graduate students, and will presented on a level targeted to graduate students.
The Frontiers in Chemical Physics Lecture series is supported by the Andrei Baronov and Ratmir Timashev Symposium Endowed Fund in Chemical Physics and by The Institute for Optical Science.
Smith Lab 2006
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2025-02-27 08:45:00
2025-02-27 10:10:00
Frontiers in Chemical Physics - Dr. Amalie Frischknecht (Sandia National Laboratories) - Molecular Dynamics Simulation Methods for Ion-Containing Polymers
Molecular Dynamics Simulation Methods for Ion-Containing PolymersDr. Amalie Frischknecht (Sandia National Laboratories)Location: Smith Lab 2006 Frontiers in Chemical Physics Lecture Series:Wednesday, Feb 26th, 8:45 - 10:10am"Ion Transport in Single-Ion Conducting Polymers: Can it be Fast Enough for Battery Electrolytes?", McPherson Lab 2019Thursday, Feb 27th, 8:45 - 10:10am"Molecular Dynamics Simulation Methods for Ion-Containing Polymers", Smith Lab 2006Friday, Feb 28th, 8:45 - 10:10am"Understanding Water and Ion Transport Mechanisms in Hydrated Ionic Polymers: Relations between Polymer Architecture, Morphology, and Transport", McPherson Lab 2019 Attendance at the Thursday talk will be limited to graduate students, and will presented on a level targeted to graduate students. The Frontiers in Chemical Physics Lecture series is supported by the Andrei Baronov and Ratmir Timashev Symposium Endowed Fund in Chemical Physics and by The Institute for Optical Science.
Smith Lab 2006
America/New_York
public
Molecular Dynamics Simulation Methods for Ion-Containing Polymers
Dr. Amalie Frischknecht (Sandia National Laboratories)
Location: Smith Lab 2006
Frontiers in Chemical Physics Lecture Series:
- Wednesday, Feb 26th, 8:45 - 10:10am
"Ion Transport in Single-Ion Conducting Polymers: Can it be Fast Enough for Battery Electrolytes?", McPherson Lab 2019
- Thursday, Feb 27th, 8:45 - 10:10am
"Molecular Dynamics Simulation Methods for Ion-Containing Polymers", Smith Lab 2006
- Friday, Feb 28th, 8:45 - 10:10am
"Understanding Water and Ion Transport Mechanisms in Hydrated Ionic Polymers: Relations between Polymer Architecture, Morphology, and Transport", McPherson Lab 2019
Attendance at the Thursday talk will be limited to graduate students, and will presented on a level targeted to graduate students.
The Frontiers in Chemical Physics Lecture series is supported by the Andrei Baronov and Ratmir Timashev Symposium Endowed Fund in Chemical Physics and by The Institute for Optical Science.
