Difference between revisions of "Observables2"
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| − | Azz is an asymmetry so take advantage of numerator denominator systematics cancellation: | + | Azz is an asymmetry so take advantage of numerator denominator systematics cancellation:<\br> |
| − | 1.) Measure Np and Nu with same cup same exact material | + | 1.) Measure Np and Nu with same cup same exact material<\br> |
| − | 2.) Use same B-field | + | 2.) Use same B-field<\br> |
| − | 3.) Use NMR on both to measure polarization and un-polarization | + | 3.) Use NMR on both to measure polarization and un-polarization<\br> |
| − | 4.) Let beam heating an off larmor microwave control un-polarization | + | 4.) Let beam heating an off larmor microwave control un-polarization<\br> |
| − | 5.) Keep both cold (~1K) | + | 5.) Keep both cold (~1K)<\br> |
| − | 6.) Switch from pol to unpol frequently | + | 6.) Switch from pol to unpol frequently<\br> |
Revision as of 10:10, 29 April 2013
Azz is an asymmetry so take advantage of numerator denominator systematics cancellation:<\br>
1.) Measure Np and Nu with same cup same exact material<\br> 2.) Use same B-field<\br> 3.) Use NMR on both to measure polarization and un-polarization<\br> 4.) Let beam heating an off larmor microwave control un-polarization<\br> 5.) Keep both cold (~1K)<\br> 6.) Switch from pol to unpol frequently<\br>
