FCal Calibration Testbeam 2003 Run SummaVersion 1 11-Nov-03 Date EnergyBeam PositiFirstLast N/run Events logbookUpstream Comments (GeV) Run Run page Material 25-Jun 200 pi- 4L 1749 1765 12000 204000 95 none BPC cal events written to separate data file 25-Jun 200 e- 4L 1777 1779 12000 36000 95 none says pi- in run header. Pb target possibly in beam 25-Jun 200 e- 4L 1781 1793 12000 156000 95 none Pb target possibly in beam 25-Jun 200 e- 4H 1794 1798 12000 60000 99 poly slantepoly material too low ? Pb target possibly in beam 25-Jun 200 e- 4H 1799 1802 12000 48000 99 poly slantepoly material too low ? Pb target possibly in beam 25-Jun 200 pi- 4H 1816 1836 12000 252000 100 poly slantepoly material too low ? 25-Jun 200 pi- 4H 1843 1850 12000 96000 102 poly slantepoly material too low ? 26-Jun 200 pi- 1 1852 1868 12000 204000 117 Al block 26-Jun 200 e- 1 1869 1877 12000 108000 118 Al block Pb target possibly in beam 26-Jun 200 e- 2 1880 1889 12000 120000 119 none Pb target possibly in beam 26-Jun 200 pi- 2 1915 1918 12000 48000 121 none 26-Jun 200 pi- 2 1922 1938 12000 204000 122 none 26-Jun 200 pi- 3 1939 1973 12000 420000 123 none 27-Jun 200 e- 3 1974 1984 12000 132000 123 none Pb target possibly in beam 27-Jun 200 pi- 1 1985 2005 12000 252000 126 Al block 27-Jun 200 pi- 2 2007 2011 12000 60000 127 none 27-Jun 200 pi- 2 2012 2021 12000 120000 128 none 27-Jun 200 pi- 4H 2022 2022 12000 12000 129 poly slantepoly midpoint 133cm above concrete blocks 28-Jun 200 pi- 4H 2083 2118 12000 432000 131 poly slantepoly midpoint 133cm above concrete blocks 28-Jun 200 e- 4H 2119 2121 12000 36000 132 poly slantePb target possibly in beam 28-Jun 200 e- 4H 2122 2136 12000 180000 132 poly slantecoll 3 opened to +/- 6mm during 2123/24 Pb target possibly in beam 28-Jun 150 pi- 4H 2139 2139 5000 5000 138 poly slantediscovered presence of 6mm Pb target in beam 28-Jun 150 pi- 4H 2140 2144 12000 60000 138 poly slantepoly target in beam 28-Jun 150 pi- 4H 2145 2179 12000 420000 141 poly slante6mm Pb target in beam 29-Jun 150 e- 4H 2180 2196 12000 204000 143 poly slanteair target for electron running 29-Jun 200 pi- 4H 2197 2230 12000 408000 143 poly straigair target 29-Jun 200 e- 4H 2231 2247 12000 204000 147 poly straigair target 29-Jun 120 pi- 4H 2251 2283 12000 396000 155 poly slantePb target (6mm) (BPC data problem ?) 30-Jun 200 pi- 4L 2284 2313 12000 360000 156 none Pb target (6mm) 30-Jun 200 pi- 4L 2315 2323 12000 108000 156 none Pb target (6mm) 30-Jun 200 e- 4L 2324 2340 12000 204000 158 none target/absorber = air/air 30-Jun 150 pi- 4L 2344 2367 12000 288000 160 none Pb target (6mm) 30-Jun 150 pi- 4L 2375 2384 12000 120000 165 none Pb target (6mm) 1-Jul 150 e- 4L 2385 2401 12000 204000 165 none target/absorber = air/air 2-Jul 200 e- 1 2402 2418 12000 204000 169 Al block target/absorber = air/air 2-Jul 200 e- 2 2419 2435 12000 204000 171 none target/absorber = air/air 2-Jul 200 e- 3 2436 2437 22320 171 none target/absorber = air/air run stopped for MD 3-Jul 120 e+ 4H 2442 2459 12000 216000 176 poly angledlow electron content 4-Jul 120 pi+ 4H 2460 2489 12000 360000 179 poly angled 4-Jul 120 pi+ 4H 2501 2504 12000 48000 185 poly angled 4-Jul 120 pi+ 4L 2505 2538 12000 408000 185 none CEDAR good as of ~ start of this run series Some tuning done during first couple of runs 4-Jul 80 e+ 4L 2543 2560 12000 216000 191 none Target = Pb (6mm), Absorber = Air 5-Jul 80 pi+ 4L 2561 2594 12000 408000 196 none CEDAR tuned for 80 GeV pions Target = poly, Absorber = Pb (18mm) 5-Jul 100 e+ 4L 2595 2612 12000 216000 197 none Target = Pb (6mm), Absorber = Air 6-Jul 100 pi+ 4L 2613 2648 12000 414000 200 none CEDAR tuned for 100 GeV pions Target = poly, Absorber = Pb (18mm) 6-Jul 100 pi+ 4H 2649 2685 12000 444000 202 poly angledAbsorber changed to Pb (8mm) 6-Jul 100 e+ 4H 2687 2704 12000 216000 204 poly angledTarget/Abs presumably changed to Pr(6mm) and Air, but no notes in log book ! 6-Jul 80 e+ 4H 2705 2723 12000 228000 210 poly angledTarget/Abs = Pb(6mm)/Air 6-Jul 80 pi+ 4H 2725 2727 12000 36000 210 poly angledCEDAR set for pions Target/Abs = Poly/Pb(8mm) 6-Jul 80 pi+ 4H 2730 2781 12000 624000 211 poly angledCEDAR set for pions Target/Abs = Poly/Pb(8mm) 7-Jul 60 pi+ 4H 2784 2804 12000 252000 220 poly angledCEDAR set for 60 GeV pions 7-Jul 60 pi+ 4H 2815 2827 12000 156000 221 poly angledCEDAR set for 60 GeV pions Modulo 8 noise fixed as of 2815 7-Jul 60 e+ 4H 2828 2836 12000 108000 224 poly angledCEDAR set for 60 GeV pions 7-Jul 40 e+ 4H 2845 2853 12000 108000 226 poly angledCEDAR set for 40 GeV electrons 8-Jul 80 pi+ 4L 2856 2889 12000 408000 230 none CEDAR set for 80 GeV pions 9-Jul 200 e- 3 2948 2965 12000 216000 251 none 9-Jul 200 e- 4H 2967 2985 12000 228000 251 poly angled 9-Jul 200 pi- 4H 3043 3059 12000 204000 262 poly angled 9-Jul 150 pi- 4H 3060 3076 12000 204000 266 poly angledCEDAR set for 150 GeV pions 10-Jul 120 pi- 4H 3077 3093 12000 204000 266 poly angledCEDAR set for 120 GeV pions 10-Jul 120 pi- 4L 3094 3110 12000 204000 270 none CEDAR set for 120 GeV pions 10-Jul 150 pi- 4L 3111 3127 12000 204000 270 none CEDAR set for 150 GeV pions 10-Jul 200 e- 4L 3128 3136 12000 108000 272 none stability point 10-Jul 200 pi- 1 3139 3155 12000 204000 272 Al block CEDAR set for 200 GeV pions 10-Jul 200 pi- 2 3156 3172 12000 204000 275 none CEDAR set for 200 GeV pions 10-Jul 200 pi- 3 3173 3189 12000 204000 278 none CEDAR set for 200 GeV pions 11-Jul 200 e- 4L 3224 3233 12000 120000 283 none Nominal HV point of HV scan 11-Jul 60 e- 4L 3242 3258 12000 204000 288 none e-/pi- beam H6.81 Target/Abs = Air/Air CEDAR on electrons 11-Jul 60 pi- 4L 3259 3285 12000 324000 292 none e-/pi- beam H6.81 Target/Abs = Pb(6mm)/Air 11-Jul 60 pi- 4L 3286 3292 12000 84000 292 CEDAR on pions 12-Jul 60 pi- 4H 3294 3327 12000 408000 296 e-/pi- beam H6.81 Target/Abs = Pb(6mm)/Air CEDAR on pions 12-Jul 60 e- 4H 3328 3339 12000 144000 296 e-/pi- beam H6.81 Target/Abs = Air/Air CEDAR on electrons 9-Sep 100 e+ 4L 3429 3445 12000 204000 309 ??? Tertiary beam H6.78 Target/Abs = Pb(6mm)/Air CEDAR on pions. POLY UPSTREAM MATERIAL IN ? 9-Sep 60 e+ 4L 3446 3463 12000 216000 312 ??? Tertiary beam H6.62 Target/Abs = Pb(6mm)/Air CEDAR on pions. POLY UPSTREAM MATERIAL IN ? 10-Sep 80 e+ 4L 3464 3480 12000 204000 315 ??? Tertiary beam H6.61 Target/Abs = Pb(6mm)/Air CEDAR on pions. POLY UPSTREAM MATERIAL IN ? 10-Sep 80 pi+ 4L 3481 3506 12000 312000 322 ??? Tertiary beam H6.61 Target/Abs = Poly/Pb(8mm) CEDAR on pions. POLY UPSTREAM MATERIAL IN ? 10-Sep 60 pi+ 4L 3508 3513 12000 62000 323 ??? Tertiary beam H6.62 Target/Abs = Poly/Pb(8mm) CEDAR on pions. POLY UPSTREAM MATERIAL IN ? 10-Sep 10 e+ 4L 3516 3518 12000 28000 324 ??? POLY UPSTREAM MATERIAL IN ? 10-Sep 10 e+ 4L 3519 3547 12000 348000 327 ??? POLY UPSTREAM MATERIAL IN ? 10-Sep 20 e+ 4L 3548 3567 12000 240000 329 ??? Tertiary beam. Target/Abs = Pb(6mm)/Air CEDAR pressure not tuned. Run header says 10 GeV ? POLY UPSTREAM MATERIAL IN ? 11-Sep 20 e+ 4L 3568 3572 12000 60000 333 none Tertiary beam. Target/Abs = Pb(6mm)/Air CEDAR set for 20 GeV electrons 11-Sep 40 e+ 4L 3574 3591 12000 216000 334 none Tertiary beam. Target/Abs = Pb(6mm)/Air CEDAR set for 40 GeV electrons 11-Sep 40 pi+ 4L 3593 3606 12000 168000 338 none 90% muons. CEDAR still set for electrons 11-Sep 10 e- 4L 3608 3623 12000 192000 342 none opposite polarity for systematic check CEDAR set for electrons 11-Sep 10 e+ 4L 3624 3640 12000 204000 345 none 11-Sep 20 e+ 4L 3641 3658 12000 216000 346 none no note on CEDAR 11-Sep 20 e- 4L 3662 3680 12000 228000 351 none opposite polarity for systematic check 11-Sep 20 pi+ 4L 3683 3716 12000 408000 354 none CEDAR set to 10.194 (see logbook page 357) So tagging electrons - nominal 10.201 12-Sep 10 e+ 4H 3719 3734 12000 192000 359 poly slanteCEDAR set for electrons 12-Sep 20 e+ 4H 3736 3751 12000 192000 360 poly slanteCEDAR set for electrons 12-Sep 40 e+ 4H 3753 3768 12000 192000 361 poly slanteCEDAR set for electrons 12-Sep 20 pi+ 4H 3770 3803 12000 408000 363 poly slanteNo note on CEDAR 13-Sep 40 pi+ 4H 3812 3827 12000 192000 365 poly slanteCEDAR on electrons 10.1909 actual Set for pions (10.384) during run 3822 Stopped early for 5 GeV running 13-Sep 5 e+ 4H 3829 3845 12000 204000 366 poly slanterun header says 10 GeV because no 5 GeV option CEDAR left on 40 GeV pions 13-Sep 5 e+ 4L 3848 3864 12000 204000 368 none run header says 10 GeV because no 5 GeV option 13-Sep 5 e- 4L 3866 3867 12000 24000 371 none run header says 10 GeV because no 5 GeV option 13-Sep 40 pi+ 4L 3870 3919 12000 600000 372 none CEDAR set for pions 14-Sep 40 pi+ 4H 3924 3972 12000 588000 375 poly slanteCEDAR set for pions 14-Sep 40 pi+ 4L 3973 3997 12000 300000 377 none CEDAR set for pions 15-Sep 10 pi+ 4L 4006 4012 12000 84000 380 none secondary beam from H8=30 GeV. CEDAR adjusting to pion setting the whole time 15-Sep 10 pi+ 4L 4023 4024 21000 42000 381 CEDAR set for pions 15-Sep 10 pi+ 4L 4059 4106 12000 552000 383 none 10 GeV beam retuned by Ilias Runs 4079, 4080 not recorded 15-Sep 10 pi+ 4H 4112 4145 12000 408000 385 poly slanted 16-Sep 10 pi+ 4H 4148 4169 12000 264000 387 poly slanted 16-Sep 10 pi+ 4H 4184 4207 12000 288000 388 poly slanteTarget/Abs = air/Pb(8mm) instead of air/Pb(6mm) 16-Sep 10 pi+ 4L 4212 4245 12000 408000 390 none Target/Abs = air/Pb(8mm) instead of air/Pb(6mm) 17-Sep 20 mu+ 4L 4272 4315 12000 528000 391 none NB MUONS !