Program for day shift 9/8
For all following activities keep CU at 0 angle, direct beam in center of tower 3.
particle |
energy |
trigger |
events |
purpose |
mode |
|---|---|---|---|---|---|
e |
2.5 |
S2+S4+NOSh+C1+C2 |
100K |
increase statistics for tagged photons |
with same CU configuration, change trigger |
e |
2.5 |
S2+NOSh+C1+C2 |
100K |
e calibration |
same CU configuration, magnet off, e trigger |
e |
1 |
S2+NOSh+C1+C2 |
100K |
1GeV e in the CU for calibration |
magnet off; check position of beam wrt to dump |
e |
0.5 |
S2+NOSh+C1+C2 |
10K |
0.5 GeV e in the CU for calibration |
magnet off |
e |
1 |
S2+S4+NOSh+C1+C2 |
200K |
1 GeV photon tagged |
magnet on at scaled current (240A); collect runs of 25K evts each |
e |
1 |
S2+S4+NOSh+C1+C2 |
200K |
1 GeV photon tagged - configuration 2 |
magnet on at scaled current (240A); collect runs of 25K evts each |
e |
1 |
S2+NOSh+C1+C2+Sback |
10K |
test to redefine full-brem photon trigger to maximize efficiency |
add Sback after tagger and in trigger, take data with no AD |
e |
1 |
S2+NOSh+C1+C2 |
10k |
test to get full-brem+AD |
read sync AD but full-brem trigger; test data readout rate and synchronization |
e |
2.5 |
S2+NOSh+C1+C2 |
10k |
check position after changing beam |
magnet off, |
e |
2.5 |
S2+NOSh+C1+C2(Sback?) |
|
full brem at 2.5GeV - configuration 2 |
NON synchronized with AD; scan the next position of the CU (TBD) |
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