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Summary of the run numbers - 2007 CERN test beam

- e-/e+ runs
- pi-/pi+/p runs


- Most valuable electron/positron runs with Statistic > 100K evts:

1) Using information stored in the root file (Monitor330XXX.000.root) generated by the on-line monitoring software;

2) Since the root file could be missing or incomplete, for some of the runs the information is missing. Those runs are included in the table if good in the eLog;

3) Both Ecal and Hcal layer count from 0; (0-29) for Ecal, (0-37) for Hcal

4) Because of the pedestal data during the beam run, the Beam event number is always smaller then the Event number recorded in eLog. (~90%).

Run Num

Energy

Beam event Num

Main Peak position

Main Peak Width

Sigma/Mean

Comments








07/07/2007






Noisy layer 2. L ow hit ratio layer 15, 17; large low energy tail

STAGE MOVE D TO 0,0





330179

-50

227k

5233

413

7.9%


330180

-50

130.3k

5204

417

8.0%


330189

-50

65k

5145

405.5

7.9%


330191

-40

144.3k

4140

396.5

9.6%









08/07/2007






Longitudinal profile better than those of 07/07/2007. Only non significant noisy layer exists

330199

-50

128k

5969

314

5.3%

Slightly noisy layer 12. Information might be incomplete for it states ~250k events in elog.

330203

-40

230k

4775

305.5

6.4%

Ecal noisy layer 12

330210

-40

228.6k

4792

300

6.3%

Ecal noisy layer 12

330212

-30

75.8k

3686

221

6.0%

Ecal noisy layer 6, 12

330213

-30

85.2k

3684

221

6.0%

(212, 213): one run

. 330213, beam position changed

330217

-20

230.8k

2515

159.3

6.3%

Slightly noisy layer 12

330218

-30





Missing; declare 113k events in elog

330220

-30

239.2k

2510

162.2

6.5%

Slightly noisy layer 12

330224

-40

230k

4760

256

5.4%

Ecal noisy layer 12

330228

-50

227.8k

5906

294

5.0%

Ecal noisy layer 12








STAGE MOVED TO -6,0





09-10/

07/2007






Most runs for this 2 days are mu runs or pion runs

330270

-50

181.2k

5887

294

5.0%

Noisy layer 16

330278

-20

184.4k

2504

167

6.7%


STAGE MOVE D TO 0,+3





330293

-20

121k

2528

155.7

6.2%


330304

-10

162.9k

1314

109.9

8.4%









STAGE MOVED TO 0,0





11/07/2007






Many hadrons in the beam.

330337

-25

163k

3115

168

5.4%

Ecal noisy layer 2, 12, 16

330340

-20

180.2k

2516

159.3

6.3%

Ecal noisy layer 2, 6, 12, 16

330341

-18

186k

2254

160.2

7.1%

Ecal noisy layer 12, 16

330343

-15

182k

1941

139

7.2%

Ecal noisy layer 0, 2, 6, 12, 16

330347

-10

182k

1336

110.5

8.3%

Ecal noisy layer 0

330348

-8

181k

1083

95.7

8.8%

Ecal noisy layer 12








12/07/2007






Beam not good

330376

-15

31.7k

1916

135.3

7.1%

Slightly noisy layer 2, 6, 12

330377

-15

10k

1918

132.2

6.9%

(376, 377, 378): one file

330378

-15

56.6k

1915

134.2

7.0%

Slightly noisy layer 2, 6, 12








13/07/2007







330380

-15

230k

1917

134

7.0%

Slightly noisy layer 2, 6, 12

330382

-20

228.3k

2519

156

6.2%


330383

-25

228.3k

2521

155

6.1%


330385

-30





Missing

330386

-40

191k

4742

249.4

5.3%

Ecal noisy layer 12

330387

-50

60k

5867

287.8

4.9%

Ecal noisy layer 12

STAGE MOVED TO +6,0





330413

-50

228.1k

5882

281.9

4.8%

Ecal noisy layer 12

330418

-40

228.9k

4753

251.1

5.3%

Ecal noisy layer 12

330419

-30

228.7k

3665

189.4

5.2%









14/07/2007







330420

-25

50k

3078

182.9

5.9%


330422

-25

187.7k

3088

179.7

5.8%


330423

-20

229.5k

2498

161

6.4%


STAGE MOVE D TO 0,0





330427

-50

50k

5901

275.7

4.7%

Ecal noise layer 12

330428

-50

190k

5903

279.6

4.7%

Ecal noise layer 12

330429

-40

253.1k

4761

245

5.1%

Ecal noise layer 12, 18

330430

-30

244.2k

3708

193.6

5.2%

Ecal noise layer 12, 18

330431

-25

178k

3099

179.8

5.8%

Ecal noise layer 12

330432

-20

232.8k

2525

155.3

6.2%

Ecal noise layer 12

330433

-15

245.2k

1915

135.3

7.1%

Ecal noise layer 2, 12

STAGE MOVED TO 0,+3





330452

-15

233.7k

1905

138.1

7.2%

Ecal noise layer 2, 6, 12

330454

-20

229k

2484

167.2

6.7%

Ecal noise layer 2, 6, 12















15/07/2007






For all the runs this day: Beam: very low hadron components; Significant wafer gap effect; We have high energy secondary beam, so can lower the electron energy by a huge sum to be separate from the pion energy peak

330455

-25

229.7k

3057

193

6.3%

Ecal noise layer 6, 12

330456

-30

225.7k

3652

216

5.9%

Ecal noise layer 12

330461

-40

228.4k

4654

266

5.7%

Ecal noise layer 12

330462

-50

228.4k

5774

296

5.1%

Ecal noise layer 12

STAGE MOVED TO -3,3





330470

-50

228.7k

5806

292.6

5.0%

Slightly noise in layer 19, ecal

330471

-40

229k

4701

259

5.5%


330474

-30

228.4k

3580

222.2

6.2%


330475

-25

228.1k

3043

194

6.4%


330477

-20

238k

2476

165.3

6.7%


330482

-15

229.5k

1897

137.2

7.2%

Slightly noise in ecal layer 2, 6

330488

-50

183.6k

5721

341.8

6.0%


STAGE MOVED TO +3,+3





330493

-40

186k

4666

290.3

6.2%


330499

-30

182.2k

3555

240.8

6.8%


330501

-25

181.3k

3029

202.3

6.7%


330506

-20

181.5k

2469

172.1

7.0%


330508

-15

200k

1889

141.8

7.5%

Ecal Noisy layer 2








16-18/

07/2007






No electron runs








STAGE MOVED TO 0,0





19/07/2007






Secondary beam have low energy. Both absorber and target set to be air. Many hadrons in the beam (Mixed beam!), Ecal layer 19 always have very large noise

330657

-25

228.5k

3125

175.4

5.6%

Noisy layer 19

330658

-20

228.5k

2531

155.3

6.1%

Noisy layer 19

330659

-18

229k

2268

154

6.8%

Noisy layer 19

330660

-15

231k

1912

145.6

7.6%

Noisy layer 19

330663

-12

185.4k

1569

127.5

8.1%

Noisy layer 19

330664

-10

222.1k

1326

111.1

8.4%

Noisy layer 19

330665

-8

23.7k

1076

96.7

9.0%

(665, 668, 669): one run

330668

-8

75.3k

1076

101

9.4%

Noisy layer 19

330669

-8

92.9k

1074

100

9.3%

Noisy layer 19








STAGE MOVED TO 0,+3





20/07/2007







330712

-8

67.8k

1074

101.9

9.5%

Noisy layer 19

330713

-8

214k

1075

101.8

9.5%

Noisy layer 19

330714

-10

158.7k

1318

116.9

8.9%

Noisy layer 19

330716

-12

232k

1557

127

8.2%

Ecal noisy layer 2, 19

330719

-15





Missing; declare 130k events

330720

-18





Missing; declare 250k events

330721

-20

114.7k

2472

168.1

6.8%

Ecal noise layer 10, 19

330722

-20

117.6k

2442

176.6

7.2%

Ecal noise layer 10, 19

330732

-25

70k

2994

193.3

6.5%

Ecal noise layer 10, 19

330733

-25

240k

2996

198

6.6%

Ecal noise layer 10, 19








STAGE MOVED TO -3,+3





21/07/2007







330750

-8

230k

1075

99.81

9.3%

Ecal noisy layer 10, 19

. Few double events. Hcal noisy layer 1, 19, 32

330751

-10

229k

1308

124

9.5%

Ecal noisy layer 2, 6, 12, 19. Hcal noisy layer 1, 19, 32. Double events

330752

-12

296k

1544

130

8.4%

Ecal noisy layer 2, 6, 10, 19. Hcal noisy layer 1, 19, 32

330753

-15

250.9k

1918

137.7

7.2%

Ecal noisy layer 10, 19

. Hcal noisy layer 1, 19, 32

330754

-18

63.8k

2251

150.5

6.9%

Ecal noisy layer 2, 10. Hcal noisy layer 1

330755

-18

169.4k

2259

152.7

6.8%

Ecal noisy layer 2, 10, 19. Hcal noisy layer 1

330761

-20

370k

2440

173.6

7.1%

Ecal noisy layer 10, 19. Hcal noisy layer 1

330762

-25

379k

2969

203.1

6.8%

Ecal noisy layer 2, 10, 19

. Hcal noisy layer 1, 32. Hcal layer 5, 11 have low rate







STAGE MOVED TO +3,+3





22/07/2007







330784

-15

235.1k

1908

139.7

7.3%

Ecal noisy layer 2, 10, 19. Hcal noisy layer 1, 32

. Hcal layer 5, 11 have low hit rate. Beam hadron components reduced

330785

-18

229.8k

2253

161

7.1%

Ecal noisy layer 2, 10, 19

. Hcal noisy layer 1, 32. Hcal layer 5, 11 have low hit rate. Beam hadron components reduced

330786

-20

372k

2425

173.4

7.1%

Ecal noisy layer 19

. Hcal noisy layer 1, 32. Hcal layer 5, 11 have low hit rate

330787

-25

418k

2946

208.3

7.1%

Ecal noisy layer 2, 10, 19

. Hcal noisy layer 1, 32. Hcal layer 5, 11 have low hit rate

330788

-25

171.7k

2923

223.6

7.6%

Ecal noisy layer 2, 10, 19

. Hcal noisy layer 1, 32. Hcal layer 5, 11 have low hit rate

330794

-25

230k

2911

238.9

8.2%

Ecal noisy layer 2, 10, 19

. Hcal noisy layer 1, 10, 14, 32. Hcal layer 5, 11 have low rate

330795

-20

243.1k

2427

186.2

7.7%

Ecal noisy layer 2, 10, 19

. Hcal noisy layer 1, 14, 32. Hcal layer 5, 11 have low hit rate

STAGE MOVED TO +6,0





330821

-25

367k

3114

175.6

5.6%

Ecal noisy layer 2, 10, 19

. Hcal noisy layer 1, 10, 14. Hcal layer 5, 11 have low hit rate

330822

-20

364.5k

2519

155.0

6.2%

Ecal noisy layer 2, 10, 19

. Hcal noisy layer 1, 10, 14, 31. Hcal layer 5, 11 have low hit rate

330823

-18

282k

2263

150.6

6.65%


330824

-15

256k

1895

141.8

7.14%


23/07/2007







330825

-12

257k

1566

123

7.85%


330826

-10

252k

1326

114.3

8.62%


330827

-8

250k

1082

104.6

9.67%


STAGE MOVED TO -6,0





330874

-8

140k

1075

104.6

9.75%

Efficiency of electron detection: 99.4%

330876

-10

250k

1329

116.3

8.75%


24/07/2007







330883

-12

251k

1587

133

8.38%


330886

-15

250k

1928

147

7.62%


330888

-18

206k

2302

148

6.43%


330890

-20

250k

2534

162

6.39%


330891

-25

264k

3136

167

5.32%


330897

-25

138k

3085.5

190

6.16%


STAGE MOVED TO 0,0





330908

-6

140k

808.1

88.3

10.9%

Ratio e-/pi- 9:1

330909

-6

43k

809.9

82.9

10.2%

Same as 330908

330910

-6

159k

330914

-6

30k

330937

-6

253k





-330938

-8

238k





330943

-8

53k





330944

-10

250k





330945

-12

268k





330946

-15

20k





330947

-15

235k





330949

-6

200k





330950

-6

180k





330963

-40

150k




Test run before angle scanning. ECAL has 3 more slabs

330964

-25

28.5k




Test run before angle scanning. ECAL has 3 more slabs

330965

-25

120k




Test run before angle scanning. ECAL has 3 more slabs

Angular scan: 10 deg





330986

-50

200k

330990

-40

200k

330993

-30

200k

330994

-25

200k

330995

-20

200k

330996

-15

200k

331012

-10

200k

331013

-12

100k

331014

-12

50k

331015

-12

50k

331018

-15

200k

331020

-20

200k

331037

-25

200k

331040

-18

200k

331041

-8

200k

331042

-6

180k

Angular scan: 20 deg





331076

-10

200k

331079

-12

200k

331081

-15

200k

331082

-20

200k

331128

-10

200k

331126

-12

200k

331123

-15

200k

331119

-20

200k

331099

-25

200k

331101

-18

200k

331103

-8

200k

331085

-6

250k

331086

-6

250k

331087

-6

250k

331088

-6

200k

331089

-6

50k

331149

-6

200k

331150

-6

200k

331151

-6

200k

331152

-6

200k

331194

-15

200k

331190

-20

100k

331200

-20

100k

331202

-25

200k

331204

-30

200k

331207

-40

200k

331209

-50

100k

331211

-50

100k

e+ runs: X,Y=0,0; Theta=0 deg





331258

50

250k

331259

40

250k

331265

30

100k

331267

30

150k

331268

25

278k

331269

20

250k

331270

15

250k

331308

10

250k

331309

15

150k

331311

15

100k

331312

20

250k

331313

25

250k

331314

30

250k

331315

40

250k

331316

50

250k

331433

50

260k

331434

40

250k

331436

30

250k

331437

25

250k

331438

20

250k

e+ runs: X,Y=0,-3; Theta=0 deg





331354

50

200k

331356

50

260k

331357

50

65k

331358

40

251k

331359

40

250k

331360

30

250k

331361

30

252k

331362

25

250k

331363

25

250k

331364

20

258k

331365

20

248k

331366

15

264k

331367

15

100k

331369

15

22k

331370

10

250k

e+ runs: X,Y=0,+3; Theta=0 deg





331404-331405

50

505k

331406-331407

40

507k

331408-331409-331411

30

500k

331412-331413

25

502k

331416-331418

20

240k

331425-331426

15

260k

331427

10

250k

e- runs: chip irradiation

Pos. on ECAL(cm)

Xstage

Ystage


331470-331471

-70

100k

-9.3; 0

-83 mm

-15 mm

331472

-70

250k

-8.8; 0

-78 mm

-15 mm

331473-331474

-70

500k

-8.3; 0

-73 mm

-15 mm

331475-331478

-70

250k

-7.8; 0

-68 mm

-15 mm

331479

-90

100k

-7.3; 0

-63 mm

-15 mm

331480

-90

100k

-6.3; 0

-53 mm

-15 mm

331481-331482-331485-331486

-90

250k

-5.8; 0

-48 mm

-15 mm

331488-331489-331490

-90

500k

-5.3; 0

-43 mm

-15 mm

331491

-90

250k

-4.8; 0

-38 mm

-15 mm

331492

-90

100k

-4.3; 0

-33 mm

-15 mm

331493

-90

100k

-4.3; 6.2

-33 mm

+47 mm

331494

-90

250k

-4.8; 6.2

-38 mm

+47 mm

331495-331496

-90

500k

-5.3; 6.2

-43 mm

+47 mm

331497

-90

250k

-5.8; 6.2

-48 mm

+47 mm

331498-331510

-90

120k

-6.3; 6.2

-53 mm

+47 mm

331511

-90

100k

-7.3; 6.2

-63 mm

+47 mm

331512

-90

250k

-7.8; 6.2

-68 mm

+47 mm

331513-331514-331515

-90

500k

-8.3; 6.2

-73 mm

+47 mm

331516

-90

262k

-8.8; 6.2

-78 mm

+47 mm

331518

-90

100k

-9.3; 6.2

-83 mm

+47 mm

331667

-90

200k

-8.8; 0

-78 mm

-15 mm

hodoscope in beam line

331668

-90

250k

-8.3; 0

-73 mm

-15 mm

hodoscope in beam line

331670

-90

233k

-7.8; 0

-68 mm

-15 mm

hodoscope in beam line

331671

-90

200k

-5.8; 0

-48 mm

-15 mm

hodoscope in beam line

331672

-90

250k

-5.3; 0

-43 mm

-15 mm

hodoscope in beam line

331673

-90

200k

-4.8; 0

-38 mm

-15 mm

hodoscope in beam line

331679

-90

200k

-4.8; 6.2

-38 mm

+47 mm

hodoscope in beam line

331680-331681

-90

250k

-5.3; 6.2

-43 mm

+47 mm

hodoscope in beam line

331682-331683

-90

200k

-5.8; 6.2

-48 mm

+47 mm

hodoscope in beam line

331684

-90

200k

-7.8; 6.2

-68 mm

+47 mm

hodoscope in beam line

331685

-90

250k

-8.3; 6.2

-73 mm

+47 mm

hodoscope in beam line

331686

-90

200k

-8.8; 6.2

-78 mm

+47 mm

hodoscope in beam line

e- runs: scan of lower slab

Pos. on ECAL(cm)

Xstage

Ystage


331637

-90

250k

+6; -6

+70 mm

-70 mm

331638

-90

250k

+3; -6

+40 mm

-70 mm

331639

-90

250k

0; -6

+10 mm

-70 mm

331640

-90

250k

-3; -6

-200 mm

-70 mm

331642

-90

250k

-6; -6

-50 mm

-70 mm

e+ run: X,Y=0,0; Theta=0 deg



AHCAL only runs


350109

50

160k

350110

40

150k

350111

30

75k

350112

30

75k

350113

25

150k

350114

20

100k

350115

20

50k

350117

15

150k

350118

10

150k

350128

50

150k

350129

40

150k

350130

30

57k

350132

30

100k

350133

25

150k

350134

15

150k

350137

20

75k

350140

20

42k

350141

20

33k

350142

10

57k

350144

10

50k

350145

15

100k

350146

30

100k

350147

40

100k

350148

50

47k

350150

50

8k

350153

50

20k

350154

50

25k

e+ run: X,Y=0,0; Theta=10 deg



AHCAL only runs


350169

10

10k

350171

10

90k

350172

40

106k

350173

50

114k

350190

30

100k

350191

25

100k

350192

20

100k

350193

15

100k

350195

50

100k

350196

40

25k

350198

40

50k

350199

40

32k

350201

30

100k

350202

25

100k

350203

20

100k

350206

15

100k

350207

10

100k

350213

50

100k

350214

30

100k

350215

20

100k

350222

40

100k

350223

25

100k

350224

15

100k

350225

10

40k

e+ run: X,Y=0,0; Theta=20 deg



AHCAL only runs


350240

50

124k

350241

40

100k

350242

30

100k

350243

25

100k

350244

20

100k

350245

15

109k

350246

10

53k

350247

10

100k

350259

50

10k

350261

50

113k

350262

40

100k

350263

30

100k

350264

25

100k

350265

20

100k

350273

15

76k

350274

15

26k

350276

20

38k

350277

10

5k

350278

10

60k

e+ run: X,Y=0,0; Theta=30 deg

Xstage

Ystage

AHCAL only runs


350311

50

110k

550

-10.55

350312

40

101k

550

-10.55

350313

30

105k

550

-10.55

350314

25

37k

550

-10.55

350315

25

80k

550

-10.55

350316

20

103k

550

-10.55

350317

15

100k

550

-10.55

350319

10

35k

550

-10.55

350320

10

70k

550

-10.55

350334

50

165k

550

-10.55

350335

40

155k

550

-10.55

350336

30

150k

550

-10.55

350337

25

101k

550

-10.55

350338

20

100k

550

-10.55

350339

15

100k

550

-10.55

350340

10

100k

550

-10.55

e+ run: X,Y=6,0; Theta=30 deg

Xstage

Ystage

AHCAL only runs


350346

10

110k

610

-10.55

350347

15

100k

610

-10.55

350348

20

100k

610

-10.55

350349

25

100k

610

-10.55

350350

30

100k

610

-10.55

350351

40

100k

610

-10.55

350352

50

107k

610

-10.55

e+ run: X,Y=0,0; Theta=30 deg

Xstage

Ystage

AHCAL only runs


350385

10

102k

550

-10.55

350386

15

45k

550

-10.55

350387

15

100k

550

-10.55

350389

20

105k

550

-10.55

350392

6

11k

550

-10.55

350393

6

35k

550

-10.55

350394

6

7k

550

-10.55


Top of the page

- Most valuable pion runs with Statistic > 100K evts:

1) Using information stored in the root file (Monitor330XXX.000.root) generated by the on-line monitoring software;

2) Since the root file could be missing or incomplete, for some of the runs the information is missing. Those runs are included in the table if good in the eLog;

3) Both Ecal and Hcal layer count from 0; (0-29) for Ecal, (0-37) for Hcal

4) Because of the pedestal data during the beam run, the Beam event number is always smaller then the Event number recorded in eLog. (~90%).

Run Num

Energy

Beam event Num

Main Peak position

Main Peak Width

Comments







STAGE MOVE D TO 0,0




07/07/2007






330195

-80

~160k



Missing

330196

-50

~250k



Missing

330197

-40

231k

1728

224.8

Ecal noisy layer 2, 17

. Hcal longitudinal profile seems odd






08/07/2007





HCAL longitudinal profiles become much reasonable after run 330231.

330198

-100

203k

4106

377.6

Ecal noisy layer 2

. Odd Hcal longitudinal profile

330204

-80

230k

3308

348.3

Odd Hcal longitudinal profile

330205

-50

229.2k

2149

251.8

Odd Hcal longitudinal profile

330206

-40

133.8k

1734

225.1

Odd Hcal longitudinal profile

330207

-100

250.9k

4087

397.2

Odd Hcal longitudinal profile

330231

-80

228.9k

1855

146.2

Hcal longitudinal profile much better. And the mean shift a lot.

330232

-50

218.7k

1200

107.3


330232

-50

218.7k

1200

107.3


330234

-40

212.3k

985.3

87








09/07/2007





Hcal layer 5, 11 always have lower hit rate. Could there be some dead region?

330235

-100

228.3k

2286

168.1

Low hit rate in hcal layer 5, 11, 30;

330238

-80

220k

1862

144

Same as 330235

330239

-50

228.1k

1201

107.9

Same as 330235

330240

-40

220.2k

984.6

87.72

Low hit rate in hcal layer 5, 11

330241

-100

228.5k

2257

182.8

low hit rate in hcal layer 5, 11, 30;

330244

-80

92.3k

1857

148.3

low hit rate in hcal layer 5, 11, 30;

330245

-80

135.2k

1858

149

low hit rate in hcal layer 5, 11, 30;

330246

-50

228.3k

1204

108.3

low hit rate in hcal layer 5, 11, 30.

330247

-40

170.3k

983

90.28

low hit rate in hcal layer 5, 11, 30.

330248

-100

~110k

10k




330250

-100

230k

2278

181.4

low hit rate in hcal layer 5, 11, 30.

STAGE MOVED TO -6,0




330271

-100

184.6k

2258

171.3

low hit rate in hcal layer 5, 11, 30.

330272

-80

180k

1835

148.7

low hit rate in hcal layer 5, 11, 30.

330273

-50

182.3k

1200

102.6

low hit rate in hcal layer 5, 11.

330274

-40

131k

966

93.8

low hit rate in hcal layer 5, 11, 30.







STAGE MOVED TO 0,+3




10/07/2007






330281

-100

182.5k

2342

181.8

low hit rate in hcal layer 5, 30. noisy layer 11, 13

330282

-80

182.5k

1914

153.2

Same as 330281

330285

-40

66.6k

1016

95

low hit rate in hcal layer 5. noisy layer 11, 13

330286

-40

102.9k

1015

95.2

Same as 330285. (285, 286): one file

STAGE MOVED TO 0,0




330325

-25

183.7k

646.4

72

low hit rate in hcal layer 5, 11. noisy layer 1

330326

-20

185.3k

513.5

67

low hit rate in hcal layer 5, 11. noisy layer 1

330327

-18

181.9k

455.7

67

low hit rate in hcal layer 5, 11. noisy layer 1

330328

-15

184.6k

385.1

58

low hit rate in hcal layer 5, 11. noisy layer 1







11/07/2007






330332

-10

182k

250.9

47.6

low hit rate in hcal layer 5, 11. noisy layer 1, 31

330334

-8

182.5k

196.7

43.9

low hit rate in hcal layer 5, 11. noisy layer 1, 31, 32







12/07/2007






330390

-40

224.9k

1025

89.7

low hit rate in hcal layer 5, 11

330391

-50

230k

1257

106.1

low hit rate in hcal layer 5, 11

330392

-80

106.4k

1919

157.1

low hit rate in hcal layer 5, 11

330393

-100

61.5k/260k

2337

193.8

low hit rate in hcal layer 5, 11, 30

STAGE MOVED TO +6,0




330395

-100

228.9k

2358

172.9

low hit rate in hcal layer 5, 11, noisy layer 10

330396

-80

178.2k

1924

146.2

low hit rate in hcal layer 5, 11, noisy layer 10

330411

-50

229k

1222

104.1

low hit rate in hcal layer 5, 11, noisy layer 1, 10

330412

-40

118.4k

992.8

86.9

low hit rate in hcal layer 5, 11, noisy layer 1, 10







STAGE MOVED TO 0,0




14/07/2007






330434

-100

237k

2294

181.7

low hit rate in hcal layer 5, 11, 30 noisy layer 10

330435

-80

237.5k

1892

142.3

low hit rate in hcal layer 5, 11, 30 noisy layer 10

330436

-50

230k

1218

104.1

low hit rate in hcal layer 5, 11, 30. Nice peak in Hcal

330437

-40

230k

987.8

89.6

low hit rate in hcal layer 5, 11, 30. Nice peak in Hcal

330440

-40

234.3k

1001

86.3

low hit rate in hcal layer 5, 11, noisy layer 1, 10

STAGE MOVED TO 0,+3




330448

-50

200.8k

1220

97.21

low hit rate in hcal layer 5, 11, noisy layer 1, 10

330449

-80

230k

1881

134.7

low hit rate in hcal layer 5, 11, 30 noisy layer 10

330451

-100

228k

2312

156.5

low hit rate in hcal layer 5, 11, 30 noisy layer 10







STAGE MOVED TO -3,+3




15/07/2007






330466

-40

230.4k

970.4

85.08

low hit rate in hcal layer 5, 11, 30 noisy layer 1, 10

330467

-50

222.3k

1200

97.25

low hit rate in hcal layer 5, 11. layer 10 a little noisy

330468

-80

228k

1855

138.1

Same as 330467

330469

-100

229.8k

2286

161.6

Same as 330467







STAGE MOVED TO +3,+3




16/07/2007






330511

-40

190k

936

87.5

low hit rate in hcal layer 5, 11, 30 noisy layer 1, 10

330516

-50

183k

1160

97.4

Same as 330511

330519

-80

229k

1779

142.5

Same as 330511

STAGE MOVED TO 0,0




330550

-45

228k

1051

92.9

low hit rate in hcal layer 5, 11, 30 noisy layer 1, 10, 13

330551

-35

233k

831

80.8

low hit rate in hcal layer 5, 11, 30 noisy layer 1, 10, 13

STAGE MOVED TO -6,0




330557

-35

221k

826

80.48

low hit rate in hcal layer 5, 11, 30 noisy layer 1, 13

330558

-50

191.7k

1159

91.9

low hit rate in hcal layer 5, 11, noisy layer 1, 10

330559

-45

181.6k

1041

87.5

low hit rate in hcal layer 5, 11, noisy layer 1, 10

330560

-40

182.9k

933

81.7

low hit rate in hcal layer 5, 11, 30, noisy layer 1, 10







17/07/2007





A day with many pion runs

330569

-35

186.7k

821

77.7

low hit rate in hcal layer 5, 11, noisy layer 1, 10

330570

-40

200k

934

79.8

low hit rate in hcal layer 5, 11, noisy layer 1, 10

330571

-45

182.2k

1044

85.9

low hit rate in hcal layer 5, 11, noisy layer 1

330572

-50

183.2k

1159

90.6

low hit rate in hcal layer 5, 11, 30, noisy layer 1

330579

-80

240k

1812

123.7

low hit rate in hcal layer 5, 11, 30, noisy layer 1, 10

330582

-100

101k

2207

155.8

low hit rate in hcal layer 5, 11, 30, noisy layer 1, 10

330583

-100

160k

2198

162

low hit rate in hcal layer 5, 11, 30, noisy layer 1, 10

330589

-50

320k

1158

94.3

low hit rate in hcal layer 5, 11, 30, noisy layer 1, 10

STAGE MOVED TO +6,0










330590

-35

229k

816

82.4

low hit rate in hcal layer 5, 11, noisy layer 1, 10

330591

-40

232k

920

87.2

low hit rate in hcal layer 5, 11, noisy layer 1, 10

330592

-45

223k

1031

93.9

low hit rate in hcal layer 5, 11, noisy layer 1, 10

330596

-35

230k

815

83.6

low hit rate in hcal layer 5, 11, noisy layer 1, 10

330600

-40

227k

920

87.4

low hit rate in hcal layer 5, 11, noisy layer 1, 10

330603

-45

228k

1024

93.4

Ecal Noisy layer 2, 12

Low hit rate in Hcal layer 5, 11

Hcal noisy layer 1, 10

330604

-50

228k

1147

94.7

Ecal Noisy layer 2, 12

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 10

330605

-80

230k

1774

130.8

Ecal Noisy layer 2, 12

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 10

330606

-100

230k

2175

155.6

Ecal Noisy layer 2, 12

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 10

330612

-100

230k

2176

151.7

Ecal Noisy layer 2, 12

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 10

330613

-80

79.6k

1764

132

Ecal Noisy layer 2

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 10. Relatively low statistic






STAGE MOVED TO 0,0




18/07/2007






330641

-8

227k

178.8

39.7

Ecal Noisy layer 2, 19

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 1, 10, 31

330643

-10

227k

224.2

45.4

Noisy Ecal layer: 2, 19

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 1, 31

330645

-12

227k

274

48.1

Same as 330643







19/07/2007






330647

-15

250k

348.2

52.6

Ecal Noisy layer 2, 19

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 1, 31

330648

-18

230k

421.8

56.8

Ecal Noisy layer 2, 19

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 1, 10, 31

330649

-20

230k

467.8

59.6

Ecal Noisy layer 2, 19

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 1, 31

330650

-25

229k

589.7

65

Ecal Noisy layer 2, 19

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 1, 10, 31

STAGE MOVED TO 0,+3




330682

-8

230k

173.9

41.1

Ecal Noisy layer 2, 19

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 1, 18, 31

330683

-10

177k

221.5

45.2

Ecal Noisy layer 2, 19

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 1, 18, 31

330695

-10

57.7k

220

45.8

Ecal Noisy layer 2, 19

. Low hit rate in Hcal layer 5, 11. Hcal noisy layer 1, 18, 31






20/07/2007





Ecal layer 19 really act as crazy

330696

-12

184k

269.4

48.1

Ecal Noisy layer 2, 19

. Low hit rate in hcal layer 5, 11. Hcal noisy layer 1, 31

330702

-12

73k

268.8

48.78

Same as 330696

330703

-15

230k

347

52.3

Same as 330696

330704

-18

228k

422.4

55.6

Same as 330696

330705

-20

228k

468.2

59.5

Same as 330696

330706

-25

233.2k

579.5

70.9

Same as 330696

STAGE MOVED TO -3,+3




330737

-25

232.2k

591.2

67.2

Ecal noisy layer 2, 10, 19

. Low hit rate in hcal layer 5, 11. Hcal noisy layer 1, 10, 31

330738

-20

230k

469.2

61.3

Same as 330737

330739

-18

231.9k

424.1

59.3

Same as 330737; noise in Ecal is really big

330740

-15

230k

347.5

56.8

Same as 330737

330741

-12

80k

272.3

50.6

Same as 330737

330742

-12

210k

277.1

48.5

Same as 330737

330743

-10

234k

224.2

46.1

Same as 330737







21/07/2007






330744

-8

238k

175.2

41,7

Ecal noisy layer 2, 10, 19, Hcal noisy layer 1, 18, 31; low rate in hcal layer 5, 11,

STAGE MOVED TO +3,+3




330768

-25

240k

603.2

65.5

Ecal noisy layer 2, 10, 19, Hcal noisy layer 1, 10, 31; low rate in hcal layer 5, 11

330771

-20

257.8k

475.2

61.5

Same as 330768

330773

-18

231.9k

430.4

58.0

Same as 330768

330774

-15

150.7k

354.7

53.25

Same as 330768

330775

-15

97.5k

353.8

54.2

Same as 330768

330776

-12

233.0k

276.8

49.43

Same as 330768

330777

-10

219.3k

225.9

45.83

Same as 330768

330779

-8

228.6k

175.7

41.6

Ecal noisy layer 2, 10, 19, Hcal noisy layer 1, 18, 31; low rate in hcal layer 5, 11

STAGE MOVED TO +6,0




330796

-25

79.9k

611.7

69.1

Ecal noisy layer 2, 10, 19, Hcal noisy layer 1, 10, 18, 31; low rate in hcal layer 5, 11

330797

-20

104.8k

483.9

65.24

Same as 330796

330798

-18

70k

434.5

63.47

Same as 330796

(elog declare only have 18k events: might be a mistake)

330801

-18

182.6k

434.6

63.2

Same as 330796

330802

-15

260k

360.6

57.44

Same as 330796

330804

-12

80.3k

282.5

52.6

Same as 330796

330806

-12

135.9k

275

50.1

Same as 330796

330808

-10

228.9k

225.6

46.3

Ecal noisy layer 2, 10, 19, Hcal noisy layer 1, 10, 18, 31, 32; low rate in hcal layer 5, 11

330809

-8

230k

175.2

43.13

Ecal noisy layer 10, 19, Hcal noisy layer 1, 23

Hcal layer 6, 12 low rate







STAGE MOVED TO -6,0




23/07/2007






330836

-25

250k

616

69


330839

-20

212k

494

62.3


330843

-18

202k

434

62.1


330848

-15

207k

355.3

56.7


330849

-12

250k

284

49


330850

-10

235k

232

46


330853

-8

250k

183

42


330960

-35

208k



Test of (0,0) position before starting rotation. ECAL has 3 more full slabs installed.

330961

-45

200k



Test of (0,0) position before starting rotation. ECAL has 3 more full slabs installed.

330962

-80

20 2 k



Test of (0,0) position before starting rotation. ECAL has 3 more full slabs installed.

Angular scan: 10 deg




330976

-35

150k

330977

-45

150k

330978

-80

150k

330980

-40

150k

330981

-50

150k

330982

-100

150k

330983

-35

150k

330984

-45

150k

330985

-80

150k

331007

-20

150k

331008

-15

150k

331010

-12

150k

331011

-10

150k

331021

-20

150k

331024

-15

150k

331025

-12

150k

331026/27

-10

150k

331029

-8

150k

331030

-18

150k

331031

-25

150k

331044

-6

200k

331045

-25

150k

331046

-18

150k

331047

-8

150k

331053

-10

150k

331055

-12

150k

331062

-15

150k

331063

-20

150k

Angular scan: 20 deg




331065

-20

150k

331068

-15

150k

331069

-12

150k

331075

-10

150k

331105

-10

150k

331107

-12

150k

331114

-15

150k

331116

-20

150k

331083

-20

150k

331084

-15

150k

331090

-12

150k

331092

-10

150k

331094

-8

150k

331097

-18

150k

331098

-25

150k

331131

-20

150k

331134

-15

150k

331136

-12

150k

331144-45

-10

150k

331148

-8

150k

331155

-18

150k

331163

-35

150k

331166

-45

150k

331168

-80

150k

331169

-40

150k

331171

-50

150k

331172

-100

150k

331173

-35

150k

331175

-45

150k

331176

-80

150k

331217

-40

150k

331219

-50

150k

331221

-100

150k

pi+/p run: X,Y=0,0; Theta=0 deg




331243

80

250k

331244-331245

60

250k

331246

50

250k

331248-331249-331250

40

250k

331251

30

250k

331280

80

300k

331281

80

50k

331282

60

300k

331283

60

300k

331284

50

300k

331285

50

300k

331286

50

100k

331287

40

300k

331288

40

300k

331290

40

85k

331296

30

150k

331298

30

250k

331322-331324-331325

80

350k

331333-331334

60

500k

331335

50

500k

331338-331339

40

500k

331340-331341

30

500k

pi+/p run: X,Y=0,-3; Theta=0 deg




331378-331379

80

520k

331380-331382-331383

60

530k

331384-331385

50

503k

331386-331387

40

513k

331388-331389

30

500k

pi+/p run: X,Y=0,+3; Theta=0 deg




331430

80

260k

331431-331432

30

225k

pi- run: X,Y=0, 0; Theta=0 deg




331532-331549-331562

-180

750k

331533-331550-331563

-150

750k

331534-331551-331564

-130

750k

331535-331552-331565

-120

750k

331536-331537-331553-331566

-100

750k

331538-331539-331554-331567

-80

750k

331540-331542-331555-331556-331568

-60

750k

331649

-180

250k

331650

-150

250k

331651

-130

250k

331652

-120

250k

331653

-100

250k

331654

-80

250k

331655

-60

250k

331664

-60

200k

331665

-60

200k

331666

-80

60k

pi+ run: X,Y=0, 0; Theta=0 deg



AHCAL only runs

350096

80

75k

350098

80

75k

350101

60

150k

350104

50

91k

350105

50

60k

350106

30

150k

350107

40

150k

350127

80

50k

350158

80

150k

350163

60

150k

350164

50

150k

350165

40

200k

350166

30

150k

pi+ run: X,Y=0,0; Theta=10 deg



AHCAL only runs

350174

80

52k

350175

80

100k

350176

60

100k

350184

50

30k

350185

50

120k

350186

40

150k

350187

30

15k

350188

30

98k

350189

30

34k

350216

80

105k

350217

60

100k

350218

50

100k

350219

40

100k

350220

30

40k

350221

30

64k

pi+ run: X,Y=0,0; Theta=20 deg



AHCAL only runs

350231

60

152k

350232

80

165k

350234

50

150k

350236

40

45k

350237

40

105k

350238

30

13k

350239

30

137k

350253

30

129k

350254

30

51k

350255

40

180k

350256

50

150k

350257

60

150k

350258

80

154k

350282

80

100k

350283

80

180k

350284

60

160k

350285

50

166k

350286

40

157k

350292

30

16k

350293

30

133k

350299

30

10k

pi+ run: X,Y=0,0; Theta=30 deg

Xstage

Ystage

AHCAL only runs

350304

60

150k

550

-10.55

350305

50

150k

550

-10.55

350306

40

150k

550

-10.55

350307

30

10k

550

-10.55

350309

30

150k

550

-10.55

350310

80

155k

550

-10.55

350327

80

154k

550

-10.55

350328

60

151k

550

-10.55

350329

50

150k

550

-10.55

350330

40

40k

550

-10.55

350331

40

15k

550

-10.55

350332

40

155k

550

-10.55

350333

30

153k

550

-10.55

pi+ run: X,Y=6,0; Theta=30 deg

Xstage

Ystage

AHCAL only runs

350353

30

12k

610

-10.55

350354

30

100k

610

-10.55

350356

40

165k

610

-10.55

350357

50

50k

610

-10.55

350364

50

85k

610

-10.55

350366

50

15k

610

-10.55

350367

80

150k

610

-10.55

350368

60

150k

610

-10.55

pi+ run: X,Y=-6,0; Theta=30 deg

Xstage

Ystage

AHCAL only runs

350369

60

150k

490

-10.55

350370

80

150k

490

-10.55

350372

50

154k

490

-10.55

350373

40

20k

490

-10.55

350374

40

130k

490

-10.55

pi+ run: X,Y=0,0; Theta=30 deg

Xstage

Ystage

AHCAL only runs

350381

20

110k

550

-10.55

350382

15

30k

550

-10.55

350383

15

100k

550

-10.55

350384

10

107k

550

-10.55

350390

12

101k

550

-10.55

350391

8

102k

550

-10.55


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Last update:
Fabrizio Salvatore 2007-08-22
Erika Garutti 2007-08-22
Laurent Morin 2007-07-25
Manqi Ruan 2007-07-20

Edit | Attach | Watch | Print version | History: r3 < r2 < r1 | Backlinks | Raw View | WYSIWYG | More topic actions
Topic revision: r3 - 2008-04-11 - NigelWatson
 
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