Completed
REMINDER
Class Central Classrooms beta
YouTube videos curated by Class Central.
Classroom Contents
Design, Realization, and Applications of Gas and Ion Separation Materials
Automatically move to the next video in the Classroom when playback concludes
- 1 AVS e-Talk Series
- 2 Disclaimers & Copyright
- 3 Nanoporous Gas Adsorption Materials
- 4 Background: Nanoscale Materials for bulk scale applications
- 5 Early Career, Geo-Inspired: CSTS for Rad Ion High Selectivity and Capture (TRL 1-9)
- 6 Midcareer, Computationally Designed: MOF for Ambient O, Separations from Air. (TRL 1-7...)
- 7 Computationally Driven, Experimentally Validated, Rapid Materials Discovery.
- 8 Y-DOBDC: IR and thermal data showing nanopore adsorption of NO, species
- 9 Emission data per unique metal centers, Quenching with NO, adsorption
- 10 Use of DFT modeling to explain structure-property UNCAGE/ME relationships of RE-DOBDC MOF
- 11 Binding energies calculated indicating framework connectivity defines preferential gas binding
- 12 III. Enhanced Framework Stability via Cluster Fluorination
- 13 Calculated Changes of Fluorine incorporation into MOF Structures
- 14 19F Experiments on Y-DOBDC
- 15 F-cluster in Y-DOBDC MOFs: no anticipated effect on Acid Gas Binding Energies and MOF Selectivities
- 16 Custom Test Fixtures for Multiple & Simultaneous Long-Term Exposures and Electrical Testing
- 17 RE-DOBDC MOF: Conclusions, Highlights and Future Research
- 18 Questions? Thank you
- 19 Technical Meetings (cont.)
- 20 REMINDER
