Dream Testbeam October 2015: Good Run List
Topics studied:
DRS test
* x = 114.7, y = 29.5, theta = 1
Pb Matrix Energy Scan
- Steering 60 GeV pion beam at the centre of the Pb matrix with IT
- The run number is from 11748 to 11753
- Steering 100 GeV pion beam at the centre of the Pb matrix with IT
- The run number is from 11743 to 11747
- Steering 40 GeV pion beam at the centre of the Pb matrix with IT
- The run number is from 11732 to 11742
- Steering 125 GeV pion beam at the centre of the Pb matrix with IT
- The run number is from 11722 to 11731
- Steering 125 GeV pion beam at the centre of the Pb matrix
- The run number is from 11698 to 11718
- Steering 80 GeV pion beam at the centre of the Pb matrix
- The run number is from 11652 to 11690
- Steering 180 GeV pion beam at the centre of the Pb matrix
- The run number is 11593~11597, 11602, 11651, 11644, 11649~11651
- Steering 80 GeV pion beam at the centre of the Pb matrix
- The run number is from 11652 to 11690
- Steering 10 GeV pion beam at the centre of the tower
- The run number is from 11576 to 11587
- Steering 20 GeV pion beam at the centre of the tower
- The run number is from 11475 to 11518
- Steering 60 GeV pion beam at the centre of the tower
- The run number is from 11425 to 11457
Pb towers calibration with electrons
- Steering 20 GeV electon beam at the tower
Tower number |
run |
15 |
11374 |
16 |
11375 |
22 |
11376 |
21 |
11377 |
20 |
11378 |
14 |
11379 |
8 |
11380 |
9 |
11381 |
10 |
11382 |
28 |
11387 |
27 |
11388 |
26 |
11389 |
25 |
11390 |
19 |
11391 |
13 |
11392 |
7 |
11393 |
1 |
11394 |
2 |
11395 |
3 |
11396 |
4 |
11397 |
5 |
11398 |
6 |
11399 |
12 |
11400 |
18 |
11401 |
24 |
11402 |
30 |
11403, 11404 |
36 |
11405 |
35 |
11406 |
34 |
11407 |
33 |
11408 |
32 |
11409 |
31 |
11410 |
11 |
11417 |
17 |
11418 |
23 |
11419 |
29 |
11420 |
* Steering 40
GeV electon beam at the tower
|
Calibration of leakage counters with muons
- Steering 180 GeV muon beam at the leakage counters
x (cm) |
y (cm) |
Angle |
leakage counters |
run |
61.2 |
22 |
|
L2, 3, 4 (L1: dead) |
11363 |
123.1 |
81 |
|
L5, 6, 7, 8 |
11364 |
93.3 |
-30 |
|
L14, 16, 18, 20 |
11365 |
145.6 |
-30 |
|
L13, 15, 17, 19 |
11366 |
166 |
22 |
+5 |
L9, 10, 11, 12 |
11367 |
166 |
22 |
-3 |
L9 |
11368 |
Cu module, parallels to beam
- Steering 20 GeV pion beam at the centre of the Cu module
- The run number is from 11520 to 11529
Horizontal scan of Cu module
- Steering 80 GeV electron beam at the Cu module
- HV_scintillator = 1550 V
- 5 cm thick Pb brick used
- theta = 0
- 158 cm of x = 103 cm of x* (x* : calorimeter moved 55 cm w.r.t. ruler)
- From run 11310, the PSD voltage changed from 760 V to 600 V
x (cm) |
run |
33 |
11310 |
38 |
11311 |
43 |
11312 |
48 |
11313 |
53 |
11314 |
58 |
11315 |
63 |
11220 |
68 |
11316 |
73 |
11221 |
78 |
11317 |
83 |
11222 |
88 |
11318 |
93 |
11189 |
98 |
11319 |
103 |
11188 |
108 |
11320 |
113 |
11184 |
118 |
11321 |
123 |
11185 |
128 |
11323 |
133 |
11186 |
138 |
11324 |
143 |
11187 |
148 |
11325 |
153 |
11326 |
158 |
11327 |
x* (cm) |
run |
103 |
11330 |
108 |
11331 |
113 |
11332 |
118 |
11333 |
123 |
11334 |
128 |
11335 |
133 |
11336 |
138 |
11337 |
143 |
11338 |
148 |
11339 |
153 |
11340 |
158 |
11341 |
163 |
11342 |
- Steering 80 GeV electron beam at the Cu module
- HV_scintillator = 1800 V
- 5 cm thick Pb brick is placed in front of Cu module
- theta = 0
x (cm) |
run |
113 |
11184 |
123 |
11185 |
133 |
11186 |
143 |
11187 |
153 |
11188 |
93 |
11189 |
83 |
11190 |
60 |
11219 |
63 |
11220 |
73 |
11221 |
83 |
11222 |
Angle scan of Cu module
- Steering 80 GeV electron beam at the Cu module
- HV_scintillator = 1550 V
- 10 cm thick Pb brick is placed at centre (x = 113 cm, y = 60 cm)
- At theta is +25, the beam enter lead through the side
Angle |
run |
0 |
11297 |
-5 |
11298 |
-10 |
11299 |
-15 |
11300 |
-18 |
11301 |
+5 |
11302 |
+10 |
11303 |
+15 |
11304 |
+18 |
11305 |
+20 |
11306 |
+25 |
11307 |
- Steering 80 GeV electron beam at the Cu module
- Steering 80 GeV electron beam at the Cu module
- HV_scintillator = 1550 V
- 5.0 cm thick Pb brick is placed at centre (x = 113 cm, y = 60 cm)
- At theta = +35, +30 and -20, the X_table moved to 58 cm to re-center Cu module (x* = 58 cm)
Angle |
run |
0 |
11274 |
-5 |
11275 |
-10 |
11276 |
-15 |
11277 |
-18 |
11283 |
+5 |
11285 |
+10 |
11286 |
+15 |
11287 |
+18 |
11289 |
+20 |
11290 |
+25 |
11291 |
+35 |
11343 |
+30 |
11344 |
-20 |
11345 |
* Steering 80
GeV electron beam at the Cu module
-
- HV_scintillator = 1800 V
- 7.5 cm thick Pb brick is placed at back to the centre (x = 113 cm, y = 60 cm)
Angle |
run |
+25 |
11257 |
+20 |
11258 |
+18 |
11259 |
+15 |
11260 |
+10 |
11261 |
+5 |
11262 |
0 |
11263 |
-5 |
11264 |
-10 |
11265 |
-15 |
11266 |
-18 |
11267 |
* Steering 80
GeV electron beam at the Cu module
-
- HV_scintillator = 1800 V
- without Pb brick
Angle |
run |
+25 |
11256 |
+20 |
11255 |
+18 |
11254 |
+15 |
11253 |
+10 |
11252 |
+5 |
11251 |
0 |
11250 |
-5 |
11249 |
-10 |
11248 |
-15 |
11247 |
-18 |
11246 |
* Steering 80
GeV electron beam at the Cu module
-
- HV_scintillator = 1800 V
- 1.0 cm thick Pb brick is placed at back to the centre (x = 113 cm, y = 60 cm)
Angle |
run |
+25 |
11235 |
+20 |
11236 |
+18 |
11237 |
+15 |
11238 |
+10 |
11239 |
+5 |
11240 |
0 |
11241 |
-5 |
11242 |
-10 |
11243 |
-15 |
11244 |
-18 |
11245 |
* Steering 80
GeV electron beam at the Cu module
-
- HV_scintillator = 1800 V
- 2.5 cm thick Pb brick is placed at back to the centre (x = 113 cm, y = 60 cm)
Angle |
run |
+25 |
11232 |
+20 |
11233 |
+18 |
11234 |
+15 |
11231 |
+10 |
11230 |
+5 |
11228 |
0 |
11223 |
-5 |
11224 |
-10 |
11225 |
-15 |
11226 |
-18 |
11227 |
- Steering 80 GeV electron beam at the Cu module
- HV_scintillator = 1800 V
- 5 cm thick Pb brick is placed in front of Cu module (x_center -20 cm = 103 cm, y = 60 cm)
Angle |
run |
+15 |
11218 |
+10 |
11217 |
+5 |
11216 |
0 |
11215 |
-5 |
11214 |
-10 |
11213 |
-15 |
11211 |
* Steering 80
GeV electron beam at the Cu module
-
- HV_scintillator = 1800 V
- 5 cm thick Pb brick is placed in front of Cu module (x_Center + 20 cm = 133 cm, y = 60 cm)
Angle |
run |
+7.5 |
11204 |
+5 |
11205 |
0 |
11206 |
-5 |
11207 |
-7.5 |
11208 |
-10 |
11209 |
-15 |
11210 |
* Steering 80
GeV electron beam at the Cu module
-
- HV_scintillator = 1800 V
- 5 cm thick Pb brick is placed in front of Cu module (x_Center = 113 cm cm, y = 60 cm)
Angle |
run |
+25 |
11202 |
+20 |
11201 |
+18 |
11200 |
+15 |
11199 |
+10 |
11198 |
+5 |
11197 |
0 |
11196 |
-5 |
11195 |
-10 |
11194 |
-15 |
11193 |
-18 |
11191 |
Horizontal scan of tower
- Steering 80 GeV electron beam at the Cu module
- HV_scintillator = 1800 V
- 5 cm thick Pb brick used (y = 60 cm)
- theta = 0
x (cm) |
run |
113 |
11133 |
118 |
11152 |
123 |
11153 |
120 |
11155 |
119 |
11157 |
108 |
11158 |
103 |
11159 |
98 |
11160 |
99 |
11161 |
100 |
11163 |
93 |
11164 |
128 |
11165 |
Vertical scan of tower
- Steering 80 GeV electron beam at the Cu module
- HV_scintillator = 1800 V
- 5 cm thick Pb brick used (x = 113 cm)
- theta = 0
y (cm) |
run |
62 |
11132 |
60 |
11133 |
59 |
11134 |
58 |
11135 |
57 |
11136 |
56 |
11139 |
61 |
11140 |
63 |
11142 |
64 |
11143 |
65 |
11144 |