Difference between revisions of "Thursday, Mar. 22, 2018"
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== Where do we start we SHMS? == | == Where do we start we SHMS? == | ||
| − | --> we start at 33 deg (SHMS is at 32. | + | --> we start at 33 deg (SHMS is at 32.975 deg) and -1.7 GeV/c (negative polarity) |
--> here we take data on LH2, LD2 and Al | --> here we take data on LH2, LD2 and Al | ||
| + | |||
== Where do we go next with SHMS? == | == Where do we go next with SHMS? == | ||
| − | --> we change polarity to + and start the CSB measurements | + | --> we change polarity to + and start the CSB measurements (highest to lowest angle, no need to cycle magnets) |
| + | |||
| + | |||
| + | == Where do we start with HMS? == | ||
| + | |||
| + | --> we start at 59 deg (HMS is at 58.98 deg) and +1.2 GeV/c (CSB measurements) | ||
| + | |||
| + | --> we have some LH2 running at +1.2 GeV/c and then we can go to the last momentum setting at this angle: +1.05 GeV/c; this will complete the F2 physics running with HMS | ||
| + | |||
| + | |||
| + | == Where do we go next with HMS? == | ||
| + | |||
| + | --> change polarity to negative and take a Cherenkov eff./calibration run and then do boiling studies (it should not impede the SHMS running though) | ||
Revision as of 09:54, 22 March 2018
Where do we start we SHMS?
--> we start at 33 deg (SHMS is at 32.975 deg) and -1.7 GeV/c (negative polarity)
--> here we take data on LH2, LD2 and Al
Where do we go next with SHMS?
--> we change polarity to + and start the CSB measurements (highest to lowest angle, no need to cycle magnets)
Where do we start with HMS?
--> we start at 59 deg (HMS is at 58.98 deg) and +1.2 GeV/c (CSB measurements)
--> we have some LH2 running at +1.2 GeV/c and then we can go to the last momentum setting at this angle: +1.05 GeV/c; this will complete the F2 physics running with HMS
Where do we go next with HMS?
--> change polarity to negative and take a Cherenkov eff./calibration run and then do boiling studies (it should not impede the SHMS running though)
