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ncpchem:kick-off_meeting [2024/03/28 18:18] 111.225.149.50 old revision restored (2023/09/12 23:13) |
ncpchem:kick-off_meeting [2024/06/11 07:52] 111.225.148.81 old revision restored (2023/10/19 13:38) |
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==== Programme ==== | ==== Programme ==== | ||
+ | |||
+ | Radovan to Trond: please reserve me 10 minutes where it is most convenient. | ||
+ | title: " | ||
+ | this can also happen in an informal discussion setting of course. | ||
=== Thursday Jan 13: " | === Thursday Jan 13: " | ||
Emphasis on the choice of candidate molecules | Emphasis on the choice of candidate molecules | ||
- | * 09h00 - 09h30: Peter Schwerdtfeger: | + | * 09h00 - 10h00: Trond Saue: Opening remarks and general overview |
- | * 09h30 - 10h00: Trond Saue: What we learn from theory | + | |
* 10h00: Coffee break | * 10h00: Coffee break | ||
* 10h30 - 12h30: Jeanne Crassous, Antoine Bacereido, Rémi Chauvin, ... | * 10h30 - 12h30: Jeanne Crassous, Antoine Bacereido, Rémi Chauvin, ... | ||
- | * 12h30 - 14h00: | + | * 12h30 - 14h00: |
* 14h00 - 16h00: Brainstorming session on candidate molecules | * 14h00 - 16h00: Brainstorming session on candidate molecules | ||
* 16h00: Coffee break | * 16h00: Coffee break | ||
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Emphasis on the evolution of the experiment | Emphasis on the evolution of the experiment | ||
- | * 09h00 - 10h00: | + | * 09h00 - 10h00: |
* 10h00: Coffee break | * 10h00: Coffee break | ||
- | * 10h30 - 12h30: Thérèse Huet, Pierre Asselin, Radovan Bast | + | * 10h30 - 12h30: Thérèse Huet, Pierre Asselin |
- | * 12h30 - 14h00: | + | * 12h30 - 14h00: |
* 14h00 - 16h00: Conclusion/ | * 14h00 - 16h00: Conclusion/ | ||
* 16h00: Coffee break | * 16h00: Coffee break | ||
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- | * TODO: | ||
- | * Theory: | ||
- | * Jeannes molecules, CHClBrReO3, SO-phenyl-methyl-gold | ||
- | * Behaviour of E_PV for CHFClBr | ||
- | * Complete vibrational analysis for MTO | ||
- | * Peter looks into chiral uranium compounds | ||
- | * Find 2nu_as (also intensity) for MTO | ||
- | * Look into VCD | ||
- | * LPL: | ||
- | * Look for MTO saturated absorption in jet | ||
- | * reduce nozzle diameter for better rotational temperature | ||
- | * develop portable QCL | ||
- | * LADIR | ||
- | * Development of tunable diode laser spectrometer | ||
- | * PHLAM | ||
- | * Development of new spectrometer (20 - 70 GHz) | ||
- | * Rennes: | ||
- | * Look into new molecules following brainstorming\\ {{: |