List of Runs for SPS 2015

A more exhaustive detailed list is available on the elog.

July 2015

Muons

Generally runs were 5k cycles long. Mostly only good runs are displayed here. For missing runs, check on the elog.

Run Number

Type

Energy

Comments

24016

mu-

50 GeV

10500 cycles - time: about 45 minutes - trigger rate: ~12000 counts/spill - stage position: up/down: -365.880 mm left/right: to be added - beam position is roughly in chip 4 channel 30 of the single HBU layers, probably a bit below and a bit to the side of chip 2 from the center

24017

mu-

50 GeV

moved stage 6 cm down - 11000 cycles - time: about 45 minutes - trigger rate: ~12000 counts/spill - stage position: up/down: -425.6 mm left/right: to be added

24018

mu-

50 GeV

Moved stage position: -485.2mm - 5k cycles

24019

mu-

50 GeV

24020

mu-

50 GeV

24021

mu-

50 GeV

24022

mu-

50 GeV

Horizontal direction: moved 6cm towards Salev. Vertical position stayed at -545.040

24023

mu-

50 GeV

24024

mu-

50 GeV

Movable stage new vertical position: -484.6 mm

24025

mu-

50 GeV

24026

mu-

50 GeV

New vertical position: -424.4 mm

24027

mu-

50 GeV

24028

mu-

50 GeV

New vertical position: -365.5 mm

24029

mu-

50 GeV

24030

mu-

50 GeV

Stage moved up to -305.4 mm

24031

mu-

50 GeV

24032

mu-

50 GeV

Stage moved vertically up to -245.5mm

24033

mu-

50 GeV

24034

mu-

50 GeV

Stage moved horizontally in Saleve direction to 82.4 cm

24035

mu-

50 GeV

24036

mu-

50 GeV

Stage moved down to -305.4 mm

24037

mu-

50 GeV

24041

mu-

50 GeV

Stage moved down to -365.5 mm

24042

mu-

50 GeV

24043

mu-

50 GeV

Stage moved down to -425 mm

24046

mu-

50 GeV

24047

mu-

50 GeV

Previous position : x 82.5 cm y -428 mm - New Position : x 82.5 cm y -485 mm

24048

mu-

50 GeV

24049

mu-

50 GeV

24051

mu-

50 GeV

Moved to Position : x 82.5 cm y -549 mm

24052

mu-

50 GeV

24053

mu-

50 GeV

24054

mu-

50 GeV

Moved to Position : x 70.3 cm y -243 mm

24055

mu-

50 GeV

24056

mu-

50 GeV

24057

mu-

50 GeV

Moved to Position : x 64.5 cm y -243 mm

24058

mu-

50 GeV

24059

mu-

50 GeV

24060

mu-

50 GeV

Moved to Position : x 64.5 cm y -305 mm

24061

mu-

50 GeV

24062

mu-

50 GeV

24063

mu-

50 GeV

Moved to Position : x 64.5 cm y -365.78 mm

24064

mu-

50 GeV

24065

mu-

50 GeV

24066

mu-

50 GeV

Moved to Position : x 64.5 cm y -424.7 mm

24067

mu-

50 GeV

24068

mu-

50 GeV

24069

Pedestal

NULL

Changed threshold Chip Number 1 on Module 6 and 7 - Module 6 : 235 -> 240 - Module 7 : 225 -> 230 - Moved Stage to x 64.5 cm y -487 mm - Pedestal

24070

LED

NULL

LED Voltages - 3900mV, 4900mv, 5900mv, 6600mV, 8000mV -> 2000 cycles

24071

mu-

50 GeV

Stage position: x=64.5 cm, y=-487 mm

24072

mu-

50 GeV

24073

mu-

50 GeV

24074

mu-

50 GeV

New stage position: x=64.5 cm, y=-545 mm

24076

mu-

50 GeV

24077

mu-

50 GeV

24082

mu-

50 GeV

New stage position: x=58.4 cm, y=-545 mm

24083

mu-

50 GeV

24084

mu-

50 GeV

New stage position: x=58.4 cm, y=-485 mm

24085

mu-

50 GeV

24086

mu-

50 GeV

24088

mu-

50 GeV

New stage position: x=58.4 cm, y=-425 mm

24089

mu-

50 GeV

24090

mu-

50 GeV

24091

mu-

50 GeV

New stage position: x=58.4 cm, y=-365 mm

24092

mu-

50 GeV

24093

mu-

50 GeV

24094

mu-

50 GeV

New stage position: x=58.4 cm, y=-305 mm

24095

mu-

50 GeV

24096

mu-

50 GeV

24097

mu-

50 GeV

New stage position: x=58.4 cm, y=-245 mm

24098

mu-

50 GeV

24099

mu-

50 GeV

24100

mu-

50 GeV

24101

mu-

50 GeV

central region: stage position: x=67.5 cm, y=-335 mm

24102

mu-

50 GeV

24103

mu-

50 GeV

24104

mu-

50 GeV

central region: stage position: x=67.5 cm, y=-395 mm

24105

mu-

50 GeV

24106

mu-

50 GeV

24107

mu-

50 GeV

central region: stage position: x=67.5 cm, y=-455 mm

24108

mu-

50 GeV

24109

mu-

50 GeV

24110

mu-

50 GeV

central region: stage position: x=73.4 cm, y=-455 mm

24111

mu-

50 GeV

24112

mu-

50 GeV

24113

mu-

50 GeV

central region: stage position: x=73.4 cm, y=-395 mm

24114

mu-

50 GeV

Change of the collimators at the end of run

24115

mu-

50 GeV

central region: stage position: x=73.4 cm, y=-335 mm

24116

mu-

50 GeV

24117

mu-

50 GeV

Muon run with pion trigger, stage position x=70.1cm, y=-385mm

24118

mu-

50 GeV

Control sample with T0 (relative time between the 2 triggers) EBU_0 (Module 1), EBU_2 (Module 3), HBU2_13 (Module 10) and HBU2_8 (Module 6) are excluded

24119 - 24122

mu-

50 GeV

All Module are excluded except Mainz board and the 4 big layers - Changed Threshold on SenSL Layers: Chip 210 : 215 -> 220 / Chip 211 : 215 -> 220 / Chip 213 : 215 -> 220 / Chip 220 : 210 -> 220 / Chip 223 : 210 -> 220 / Chip 226 : 215 -> 220 / Chip 229 : 215 -> 220 / Chip 230 : 215 -> 220

24123

mu-

50 GeV

Beam quality is not so good: intensity is 24E11; multiplicity is 9; symmetry is 73%. Checked Pion trigger : Pion A -> About a factor 2 less than Muon trigger / Pion B -> Rather inefficient : a factor 10 less than Muon Trigger

24124

mu-

50 GeV

24125

mu-

50 GeV

24126

mu-

50 GeV

Stage moved to x = 77 cm y = -300 mm

24127

Pedestal

NULL

Pedestal Run

24128

LED

NULL

Daily LED Run

24129

mu-

50 GeV

Stage moved to x = 77 cm y = -361 mm - unstable beam

24130

mu-

50 GeV

unstable beam

24131

mu-

50 GeV

Stage moved to x = 77 cm y = -420 mm

24132

mu-

50 GeV

24133

mu-

50 GeV

Stage moved to x = 77 cm y = -480 mm

24134

mu-

50 GeV

24135

mu-

50 GeV

Stage moved to x = 71 cm y = -480 mm

24136

mu-

50 GeV

24137

mu-

50 GeV

24138

mu-

50 GeV

Stage moved to x = 63.5 cm y = -480 mm

24139

mu-

50 GeV

24140

mu-

50 GeV

24141

mu-

50 GeV

Stage moved to x = 63.5 cm y = -420 mm

24142

mu-

50 GeV

24143

mu-

50 GeV

24144

mu-

50 GeV

Stage moved to x = 63.5 cm y = -360 mm

24145

mu-

50 GeV

24146

mu-

50 GeV

24147

mu-

50 GeV

Stage moved to x = 63.5 cm y = -300 mm - some of the voltage on the MPOD_control are blinking

24148

mu-

50 GeV

some of the voltage on the MPOD_control are blinking

24149

mu-

50 GeV

some of the voltage on the MPOD_control are blinking

24150

mu-

50 GeV

Stage moved to x = 71.0 cm y = -300 mm some of the voltage on the MPOD_control are blinking

24151

mu-

50 GeV

some of the voltage on the MPOD_control are blinking

24152

mu-

50 GeV

Stage moved to x = 88.5 cm y = -305 mm some of the voltage on the MPOD_control are blinking

24153

mu-

50 GeV

some of the voltage on the MPOD_control are blinking

24154

mu-

50 GeV

Stage moved to x = 88.5 cm y = -365 mm - some of the voltage on the MPOD_control are blinking

24155

mu-

50 GeV

some of the voltage on the MPOD_control are blinking

24156

mu-

50 GeV

Stage moved to x = 88.5 cm y = -425 mm - some of the voltage on the MPOD_control are blinking

24157

mu-

50 GeV

some of the voltage on the MPOD_control are blinking

24158

mu-

50 GeV

Stage moved to x = 88.5 cm y = -485 mm - some of the voltage on the MPOD_control are blinking

24159

mu-

50 GeV

some of the voltage on the MPOD_control are blinking

24160

mu-

50 GeV

Stage moved to x = 88.5 cm y = -545 mm - some of the voltage on the MPOD_control are blinking

24161

mu-

50 GeV

some of the voltage on the MPOD_control are blinking

24162

mu-

50 GeV

Stage moved to x = 52.5 cm y = -545 mm - Restarted the Labview MPOD (Labview restarted) - light not blinking anymore.

24163

mu-

50 GeV

24164

bad

NULL

LDA Crashed - HV of Pion scintillator B raised from 1500 to 1530 V

24165

mu-

50 GeV

24166

mu-

50 GeV

Stage moved to x = 52.5 cm y = -484 mm

24167

mu-

50 GeV

24168

mu-

50 GeV

24180

mu-

50 GeV

Closed collimator - XCSH.021.45 -11/11 mm - XCSV.021.46 -8/8 mm - Stage moved in the middle! -> x = 70.4 cm y = 386mm (Hit chn 4 Chip 234)

24181

mu-

50 GeV

Moved stage to x = 53.5 cm y = -491 mm

24182

mu-

50 GeV

Moved stage to x = 53.5 cm y = -430 mm

24183

mu-

50 GeV

Moved stage to x = 53.5 cm y = -370 mm

24184

mu-

50 GeV

Moved stage to x = 53.5 cm y = -310 mm

24185

mu-

50 GeV

Moved stage to x = 53.5 cm y = -250 mm

24186

mu-

50 GeV

Moved stage to x = 59.5 cm y = -250 mm

24187

mu-

50 GeV

Moved stage to x = 65.5 cm y = -250 mm

24188

mu-

50 GeV

Moved stage to x = 71.5 cm y = -250 mm

24189

mu-

50 GeV

Moved stage to x = 77.5 cm y = -250 mm

24190

mu-

50 GeV

Moved stage to x = 83.5 cm y = -250 mm

24191

mu-

50 GeV

Moved stage to x = 90.5 cm y = -250 mm

24192

mu-

50 GeV

Moved stage to x = 90.5 cm y = -310 mm

24193

mu-

50 GeV

Moved stage to x = 90.5 cm y = -670 mm

24194

mu-

50 GeV

Moved stage to x = 83.5 cm y = -670 mm

24196

mu-

50 GeV

Moved stage to x = 77.5 cm y = -670 mm

24197

mu-

50 GeV

Moved stage to x = 71.5 cm y = -670 mm

24198

mu-

50 GeV

Moved stage to x = 65.5 cm y = -670 mm

24199

mu-

50 GeV

Moved stage to x = 59.5 cm y = -670 mm

24200

mu-

50 GeV

Moved stage to x = 53.5 cm y = -670 mm

24201

mu-

50 GeV

Moved stage to x=47.5 cm y=-670 mm

24202

mu-

50 GeV

Moved to x=47.5 y=-605 mm - The lower beam rate we see can be explained by our scintillator, which is cut-out in the upper left corner.

24203

mu-

50 GeV

Moved to x=47.5 y=-550 mm

24204

mu-

50 GeV

Moved to x=47.5 y=-490 mm - Beam lost at end of run

Following runs for position reference

Run Number

Type

Energy

Comments

24613

mu-

50 GeV

beam centered about half a tile to the right

24614

mu-

50 GeV

move stage to x=72.5 cm, (y = -392 stays the same) - nicely centered now - broad beam: innermost 4 tiles get 400-500 useful MIPs each in 5000 cycles, neighbouring channels about 200-300, corners about 150

24615

mu-

50 GeV

24616

mu-

50 GeV

move stage to x=75.6 cm, y = -421.4

24617

mu-

50 GeV

24618

mu-

50 GeV

move stage to x=75.6 cm, y = -461.8 - Stop run at 3.7 k cycles to tune beam to get more particles

Change of beam energy -> higher rate Runs with new ITEP (Layer 4/5) in physics mode & Beam tuning

Run Number

Type

Energy

Comments

24619

mu-

150 GeV

110 k evt/spill (1.4 k validated/spill). 1.6k cycles, 16k T0s - beam more on channel 35 on chip 3 - tuned trim magnets to center beam in wire chamber: trim05 from 50 A -> 90 A - trim06 from -50 A -> -70 A

24620

mu-

150 GeV

24621

mu-

150 GeV

move stage to x=75 cm, y = -476.7 - beam more narrow now, but much better statistics for central 4 tiles ~5000 good MIP events/5000 cycles, for neighbouring tiles 1500-2000 events / 5000 cycles (beam profile significantly asymmetric in up/down direction)

24622

mu-

150 GeV

move stage to x=75 cm, y = -539 mm

Run with new ITEP in Calib mode

Run Number

Type

Energy

Comments

24623

mu-

150 GeV

Moved stage to x=75 cm, y = -600 mm

24624

mu-

150 GeV

move stage to x=75 cm, y = -420 mm - no beam for last ~500 cycle

24625

mu-

150 GeV

24626

mu-

150 GeV

move stage to x=75 cm, y = -361 mm

24627

mu-

150 GeV

move stage to x=75 cm, y = -301 mm

24628

mu-

150 GeV

move stage to x=69 cm, y = -301 mm - beam unstable after cycle ~3500

24629

mu-

150 GeV

~1k cycles

24630

mu-

150 GeV

move stage to x=69 cm, y = -359 mm

24631

mu-

150 GeV

move stage to x=69 cm, y = -420 mm

24632

mu-

150 GeV

move stage to x=69 cm, y = -480 mm

24633

mu-

150 GeV

move stage to x=69 cm, y = -540 mm

24634

mu-

150 GeV

move stage to x=69 cm, y = -600 mm

24635

mu-

150 GeV

move stage to x=65 cm, y = -600 mm

24636

mu-

150 GeV

24637

mu-

150 GeV

move stage to x=65 cm, y = -540 mm - (beam lost for 25%) no beam since 18:15 (yoke temperature problem), back at 19:00

24638

mu-

150 GeV

24639

mu-

150 GeV

move stage to x=65 cm, y = -480 mm

24640

mu-

150 GeV

move stage to x=65 cm, y = -420 mm

24641

mu-

150 GeV

move stage to x=65 cm, y = -360 mm

24642

mu-

150 GeV

move stage to x=65 cm, y = -300 mm

24643

mu-

150 GeV

move stage to x=57 cm, y = -300 mm

24644

mu-

150 GeV

move stage to x=57 cm, y = -360 mm

24645

mu-

150 GeV

move stage to x=57 cm, y = -420 mm

24646

mu-

150 GeV

move stage to x=57 cm, y = -480 mm

24647

mu-

150 GeV

move stage to x=57 cm, y = -540 mm

24648

mu-

150 GeV

move stage to x=57 cm, y = -600 mm

24649

mu-

150 GeV

move stage to x=81 cm, y = -600 mm

24650

mu-

150 GeV

move stage to x=81 cm, y = -540 mm

24651

mu-

150 GeV

move stage to x=81 cm, y = -480 mm

24652

mu-

150 GeV

move stage to x=81 cm, y = -420 mm

24653

mu-

150 GeV

move stage to x=81 cm, y = -360 mm

24654

mu-

150 GeV

move stage to x=81 cm, y = -300 mm

24655

mu-

150 GeV

move stage to x=87 cm, y = -300 mm

24656

mu-

150 GeV

move stage to x=87 cm, y = -360 mm

24657

mu-

150 GeV

move stage to x=87 cm, y = -420 mm

24658

mu-

150 GeV

move stage to x=87 cm, y = -480 mm

24659

mu-

150 GeV

move stage to x=87 cm, y = -540 mm

24660

mu-

150 GeV

move stage to x=87 cm, y = -600 mm

24661

mu-

150 GeV

move stage to x=75 cm, y = -540 mm

24662

mu-

150 GeV

move stage to x=75 cm, y = -480 mm - beam lost ~ cycle 3.5k

24663

LED

NULL

Running Daily LED Scan - More Voltages as beam is still not back since 1h

Electrons

For the T0 Cherenkov channels, go there. The aim is to have around 300k Cherenkov triggers per energy point.

50 GeV

Run Number

Type

Energy

Comments

24404

e-

50 GeV

Supposed to only a few percent pollution / For 50 GeV Cherenkov pressure set to 0.6 bar (in order to have good signal efficiency from electrons but still could get few false tags from pions) / 78k evt/spill , 1000 validated, 5k RO cycles, 15k Cherenkov Events

24405

e-

50 GeV

76k evt/spill, ~1000 validated, 5k RO cycles, 22k Cherenkov Events

24406

e-

50 GeV

77k evt/spill , 1.1k validated, 5.3k RO cycles, 14.5k Cherenkov Events

24407

e-

50 GeV

78k evt/spill, 1k validated, 5.0k RO cycles, 19k Cherenkov Events

24408

e-

50 GeV

76k evt/spill, 1.1k validated, 5.1k RO cycles, 18k Cherenkov Events

24409

e-

50 GeV

78k evt/spill, 1.0k validated, 5.0k RO cycles, 18k Cherenkov events

24410

e-

50 GeV

83k evt/spill, 1.1k validated, 5.0k RO cycles, 18k Cherenkov events

24411

e-

50 GeV

the beam stops 1 min after the run starts, comes back after 5 mins / 83k evt/spill, 1.1k validated, 5.0k RO cycles, 16k Cherenkov events

24412

e-

50 GeV

83k evt/spill, 1.1k validated, 5.0k RO cycles, 19k Cherenkov events

24413

e-

50 GeV

82k evt/spill, 1.1k validated, 5.0k RO cycles, 20k Cherenkov events

24414

e-

50 GeV

82k evt/spill, 1.1k validated, 5.3k RO cycles, 21k Cherenkov events

24415

e-

50 GeV

82k evt/spill, 1.1k validated, 6.0k RO cycles, 24k Cherenkov events

24416

e-

50 GeV

84k evt/spill, 1.1k validated, 6.0k RO cycles, 25k Cherenkov events

24417

e-

50 GeV

90k evt/spill, 1.1k validated, 3.6k RO cycles, 8.4k Cherenkov events - Lost the beam around cycle 3.6k

24418

e-

50 GeV

80k evt/spill, 1.1k validated, 5.0k RO cycles, 20k Cherenkov events

24419

e-

50 GeV

96k evt/spill, 1.1k validated, 18k Cherenkov events - Lost the beam around cycle 2.8k, came back few spills after

40 GeV

Run Number

Type

Energy

Comments

24420

e-

40 GeV

85k evt/spill (820 validated), 1.5k cycles, 1.2k cherenkov validated - Beam tunning -> not in center.

24421

e-

40 GeV

85k evt/spill (820 validated), 2.2k cycles, 7.5k cherenkov validated - Beam tunning -> not in center.

24422

e-

40 GeV

85k evt/spill (820 validated), 5.0k cycles, 17k cherenkov validated - Beam tunning -> not in center.

24423

e-

40 GeV

85k evt/spill (820 validated), 2.1k cycles, 7.6k cherenkov validated - Beam tunning -> not in center.

24424

e-

40 GeV

85k evt/spill (820 validated), 1.8k cycles, 6.0k cherenkov validated - Beam tunning -> not in center.

24425

e-

40 GeV

73k evt/spill (1060 validated), 2226 cycles, 7.4k cherenkov validated - Beam tunning -> not in center.

24426

e-

40 GeV

77k evt/spill (1030 validated), 5.0k cycles, 16k cherenkov validated

24427

e-

40 GeV

77k evt/spill (1050 validated), 5.0k cycles, 16k cherenkov validated

24428

e-

40 GeV

75k evt/spill (1010 validated), 5.4k cycles, 17k cherenkov validated

24429

e-

40 GeV

74k evt/spill (1000 validated), 5.1k cycles, 16k cherenkov validated

24430

e-

40 GeV

76k evt/spill (1030 validated), 5.2k cycles, 17k cherenkov validated

24431

e-

40 GeV

76k evt/spill (1010 validated), 5.1k cycles, 15k cherenkov validated - beam lost for short time around cycle 700

24432

e-

40 GeV

74k evt/spill (1040 validated), 5.1k cycles, 16k cherenkov validated

24433

e-

40 GeV

71k evt/spill (1050 validated), 5.4k cycles, 17k cherenkov validated

24434

e-

40 GeV

74k evt/spill (1020 validated), 5.2k cycles, 17k cherenkov validated

24435

e-

40 GeV

71k evt/spill (1020 validated), 5.2k cycles, 17k cherenkov validated

24436

e-

40 GeV

72k evt/spill ( 970 validated), 5.1k cycles, 17k cherenkov validated

24437

e-

40 GeV

71k evt/spill (1010 validated), 5.1k cycles, 16k cherenkov validated

24438

e-

40 GeV

71k evt/spill (1010 validated), 5.2k cycles, 16k cherenkov validated

24439

e-

40 GeV

71k evt/spill ( 900 validated), 5.1k cycles, 16k cherenkov validated - beam lost around cycle 2500 for few hundreds cycles

24440

e-

40 GeV

70k evt/spill (1050 validated), 5.5k cycles, 18k cherenkov validated

24441

e-

40 GeV

69k evt/spill (1040 validated), 5.1k cycles, 17k cherenkov validated

24442

e-

40 GeV

72k evt/spill (1050 validated), 2k cycles, 5.5k cherenkov validated - Noticable power cut in the SPS hall. Lights blinked for ~0.1 s. Beam lost. Computers run without interruption

24443

LED

NULL

HBU 14 and 13 are in CALIB mode for ET / ADC looks weird on chips: 151 (really crazy, on picture), 146, 144, 143, 142, 141, 162, 159 / Negative adc values: 178, 174, 170, 163, 158 / Labview crashed (autolisten was on) ==> restarted with same run number

24444

LED

NULL

Power cycle - Pedestal Run + Daily LED Scan with Calib\ET SC files for Layer_11 and 10.

24445

Noise

NULL

noise run 2k readout cycles

24446

e-

40 GeV

65k evt/spill (1k validated), 5k cycles, 11.5k cherenkov validated (Chip 195, chn12), 13k cherenkov validated (Chip 227, chn6), 1.7K cherenkov validated (Chip 141, chn29) - (low cherenkov efficiency in this channel)

24447

e-

40 GeV

65k evt/spill (1k validated), 5k cycles, 13k cherenkov validated (Chip 195)

24448

e-

40 GeV

70k evt/spill (1k validated), 5.0k cycles, 13k cherenkov validated

30 GeV

'Cherenkov not connected!!! - Run from 24446 to 24456 need care in data analysis !!! The value in ADC of the Cherenkov should be around 1000 ADC not in the pedestal at 250 ADC'

Run Number

Type

Energy

Comments

24454

e-

30 GeV

65k evt/spill (1k validated), 5k cycles, 12k cherenkov validated (Chip 195, Chn 12)

24455

e-

30 GeV

65k evt/spill (1k validated), 5k cycles, 11k cherenkov validated (Chip 195, Chn 12)

24456

e-

30 GeV

65k evt/spill (1k validated), 5k cycles, ??k cherenkov validated (Chip 195, Chn 12)

24457

No Beam

NULL

Check Chips / Chip 141 to 144 shows noisy pedestal / Chip 146 the pedestal seems to waves somehow / Chip 151 seems to present a real problem also

24458

No Beam

NULL

Powered off the layers for 5 mins and reboot CCC & Wing-LDA to start in a clean state / Checked Chips : Chip 141 to 144 are still noisy / Chip 146 still waves -> broken IDAC?? / Chip 151 -> broken IDAC also ? or power board ? Chip VDDA?

24459

e-

30 GeV

68k evt/spill (1k validated), 5.1k cycles, 12k cherenkov validated / Lost beam @ 400 cycles

24460

e-

30 GeV

90k evt/spill (1k validated), 5.0k cycles, 14k cherenkov validated

24461

e-

30 GeV

90k evt/spill (1.1k validated), 5.0k cycles, 14.5k cherenkov validated

24462

e-

30 GeV

78k evt/spill (1.1k validated), 5.0k cycles, 13k cherenkov validated

24463

e-

30 GeV

71k evt/spill (1.0k validated), 5.0k cycles, 13.3k cherenkov validated

24464

e-

30 GeV

71k evt/spill (1.0k validated), 5.1k cycles, 14.0k cherenkov validated

24465

e-

30 GeV

86k evt/spill (1.0k validated), 5k cycles, 14k cherenkov validated

24466

e-

30 GeV

86k evt/spill (1.0k validated), 5k cycles, 14.5k cherenkov validated

24467

e-

30 GeV

106k evt/spill (1.0k validated), 5.3k cycles, 15.6k cherenkov validated

24468

e-

30 GeV

106k evt/spill (1.0k validated), 6.5k cycles, 18.7k cherenkov validated

24469

e-

30 GeV

110k evt/spill (1.1k validated), 5.0k cycles, 14.0k cherenkov validated

24470

e-

30 GeV

85k evt/spill (1.1k validated), 5.3k cycles, 13.0k cherenkov validated

24471

e-

30 GeV

83k evt/spill (1.0k validated), 5.1k cycles, 14k cherenkov validated

24472

e-

30 GeV

83k evt/spill (1.0k validated), 5.5k cycles, 11.2k cherenkov validated / beam lost during this run / beam back at 21:55

24473

e-

30 GeV

60k evt/spill (1.0k validated), 5.1k cycles, 13.7k cherenkov validated

24474

e-

30 GeV

76k evt/spill (1.0k validated), 5k cycles, 12k cherenkov validated / beam lost at end of the run

24475

e-

30 GeV

76k evt/spill (1.0k validated), 5k cycles, 13k cherenkov validated

20 GeV

Run Number

Type

Energy

Comments

24479

e-

20 GeV

New stage position: x=72.5 mm, y=-380 mm / 31k evt/spill (830 validated). 5.1k cycles, 37k T0s, 11k cher. / during this and next run, Cherenkov threshold scan was held

24480

e-

20 GeV

..k evt/spill (830 validated), 5087k cycles. 37k T0s, 9k cher. / Cherenkov threshold scan was held during this run

24481

e-

20 GeV

31.6k evt/spill (880 validated), 5k cycles. 36k T0s, 11k cher. / changing Cerenkov pressure ==> 0.75 Bar

24482

e-

20 GeV

31.8k evt/spill (850 validated/spill). 5.1k cycles, 36k T0s, 13k cher.

24483

e-

20 GeV

32.2k evt/spill (870 validated/spill). 5.1k cycles, 36k T0s, 13k cher. / Detector X position slightly trimmed: 72.5mm => 73.0 mm

24484

e-

20 GeV

31.6k evt/spill (824 validated/spill). 5.1k cycles, 36k T0s, 13k cher.

24485

e-

20 GeV

31.2k evt/spill (854 validated/spill). 5.1k cycles, 30k T0s, 10k cher. / LHC filling started => worse rates, less spills (2 spills per 51.6s) / 21.7 evt/spill, 25k Cherenkovs/spill

24486

e-

20 GeV

22.4k evt/spill (736 validated/spill). 5.5k cycles, 32k T0s, 10k cher.

24487

e-

20 GeV

29.0k evt/spill (890 validated/spill). 6.8k cycles, 48k T0s, 16k cher.

24488

e-

20 GeV

29.6k evt/spill (830 validated/spill). 6.6k cycles, 45k T0s, 15k cher.

24489

e-

20 GeV

29.1k evt/spill (820 validated/spill). 5.5k cycles, 35k T0s, 12k cher. / beam lost for short time

24490

e-

20 GeV

28.7k evt/spill (820 validated/spill). 5.1k cycles, 34k T0s, 12k cher. / Detector X position slightly trimmed during the beginning of the run: 73.0mm => 73.5 mm

24491

e-

20 GeV

29.2k evt/spill (810 validated/spill). 5.8k cycles, 35k T0s, 12k cher.

24492

e-

20 GeV

28.8k evt/spill (780 validated/spill). 5.6k cycles, 38k T0s, 13k cher.

24493

e-

20 GeV

29.2k evt/spill (810 validated/spill). 5.4k cycles, 37k T0s, 13k cher.

24494

e-

20 GeV

30.0k evt/spill (810 validated/spill). 5.0k cycles, 35k T0s, 12k cher.

24495

e-

20 GeV

29.9k evt/spill (820 validated/spill). 5.1k cycles, 34k T0s, 12k cher.

24496

e-

20 GeV

27.6k evt/spill (750 validated/spill). 5.1k cycles, 34k T0s, 12k cher.

24497

e-

20 GeV

31.0k evt/spill (810 validated/spill). 5.1k cycles, 35k T0s, 12k cher.

24498

e-

20 GeV

30.7k evt/spill (820 validated/spill). 5.1k cycles, 34k T0s, 12k cher.

24499

e-

20 GeV

30.0k evt/spill (810 validated/spill). 5.1k cycles, 34k T0s, 12k cher.

24500

e-

20 GeV

30.4k evt/spill (825 validated/spill). 6.5k cycles, 44k T0s, 15k cher.

24501

e-

20 GeV

28.8k evt/spill (811 validated/spill). 5.0k cycles, 33k T0s, 12k cher.

24502

e-

20 GeV

28k evt/spill (800 validated/spill). 5.0k cycles, 35k T0s, 13k cher.

24503

e-

20 GeV

28.6 k evt/spill (800 validated/spill). 5k cycles, 34k T0s, 13k cher

24504

e-

20 GeV

27.5 k evt/spill (800 validated/spill). 5.2k cycles, 36k T0s, 13k cher.

15 GeV

Run Number

Type

Energy

Comments

24507

e-

15 GeV

during cherenkov scan

24508

e-

15 GeV

during cherenkov scan

24509

e-

15 GeV

16k evt/spill (650 validated/spill). 5k cycles, 25k T0s, 17k cher

24510

e-

15 GeV

24511

e-

15 GeV

24512

e-

15 GeV

24513

e-

15 GeV

24514

e-

15 GeV

24515

e-

15 GeV

24516

e-

15 GeV

24517

e-

15 GeV

24518

e-

15 GeV

24519

e-

15 GeV

24520

e-

15 GeV

24521

e-

15 GeV

24522

e-

15 GeV

24523

e-

15 GeV

24524

e-

15 GeV

24525

e-

15 GeV

Reload of SCs files / disabled the channels according to the list provided by Ambra and Lan on Layer 6 and 10 (Module 5 and 9).

24526

e-

15 GeV

24527

e-

15 GeV

10 GeV

Run Number

Type

Energy

Comments

24531

e-

10 GeV

3k evt/spill (100 validated/spill). 5k cycles, 7k T0s, 5.8k cher / unstable beam during run because of LHC filling

24532

e-

10 GeV

24533

e-

10 GeV

3k evt/spill (180 validated/spill). 3.2k cycles, 2.2k T0s, 1.8k cher / beam lost @ 2.4k cycles, stopped @3k no beam from injector

24534

LED

NULL

No beam until 20h or more so start LED scan / Did more voltage than usual due to the time with no beam / Try to do AT LED to see later on difference with ET and if possible at all to do LED Calibration in AT / no beam before 22h30 at least

24535

e-

10 GeV

3k evt/spill (200 validated/spill). 5.1k cycles, 8.8k T0s, 7.1k cher

24536

e-

10 GeV

24537

e-

10 GeV

24538

e-

10 GeV

24539

e-

10 GeV

Katsu called the CCC to increase the number of events per spill, now from 3k to 5k evt/spill / the number of events increased

24540

e-

10 GeV

24541

e-

10 GeV

24542

e-

10 GeV

24543

e-

10 GeV

24544

e-

10 GeV

24545

e-

10 GeV

24546

e-

10 GeV

24547

e-

10 GeV

24548

e-

10 GeV

24549

e-

10 GeV

24550

e-

10 GeV

24551

e-

10 GeV

24552

e-

10 GeV

24553

e-

10 GeV

24554

e-

10 GeV

24555

e-

10 GeV

24556

e-

10 GeV

24557

e-

10 GeV

24558

e-

10 GeV

24559

e-

10 GeV

24560

e-

10 GeV

24561

e-

10 GeV

24562

e-

10 GeV

24563

e-

10 GeV

24564

e-

10 GeV

24565

e-

10 GeV

24566

e-

10 GeV

24567

e-

10 GeV

24568

e-

10 GeV

24569

e-

10 GeV

24570

e-

10 GeV

24571

e-

10 GeV

(beam lost at the end (~25%)

24572

e-

10 GeV

24573

e-

10 GeV

24574

e-

10 GeV

24575

e-

10 GeV

24576

e-

10 GeV

Pions

10 GeV

Run Number

Type

Energy

Comments

24266

pi-

10 GeV

90-100k evt/spill, 1.0k validated. Recorded 5k2 cycles, 54k T0 validated

24267

pi-

10 GeV

24268

pi-

10 GeV

24269

No Beam

NULL

no beam, 2k cycles

24270

pi-

10 GeV

24271

pi-

10 GeV

lost beam at the end

24272

pi-

10 GeV

24300

pi-

10 GeV

24301

pi-

10 GeV

24307

pi-

10 GeV

Absorber01 changed to 5mm lead

24308

pi-

10 GeV

24309

pi-

10 GeV

24310

pi-

10 GeV

beam lost at readout cycle # 3900

24311

pi-

10 GeV

24312

pi-

10 GeV

24313

pi-

10 GeV

24314

pi-

10 GeV

24315

pi-

10 GeV

24316

pi-

10 GeV

24317

pi-

10 GeV

24381

pi-

10 GeV

Absorber01: 8mm lead -> 5mm lead / 1-10k evt/spill (~500 validated), 6k cycles, 15.6k T0s validated

24382

pi-

10 GeV

24383

pi-

10 GeV

24384

pi-

10 GeV

24385

pi-

10 GeV

Beam intensity dropped from ~40E11 to ~30E11 during data taking

24386

pi-

10 GeV

24387

pi-

10 GeV

24388

pi-

10 GeV

Beam loss at around 479 cycle, back around 780 cycle

24389

pi-

10 GeV

started Cherenkov threshold scan

24390

pi-

10 GeV

started Cherenkov threshold scan

24391

pi-

10 GeV

24392

pi-

10 GeV

24393

pi-

10 GeV

24394

pi-

10 GeV

Beam loss at ~2700 cycles, back at ~3000 cycles

24395

pi-

10 GeV

24396

pi-

10 GeV

24397

pi-

10 GeV

20 GeV

Run Number

Type

Energy

Comments

24398

pi-

20 GeV

18k evt/spill (700 validated), 6k cycles, 50.2k T0s validated

24399

pi-

20 GeV

24400

pi-

20 GeV

18k evt/spill (700 validated), 2.4k cycles, 15k T0s validated / Run stopped because of target change for electrons.

30 GeV

Run Number

Type

Energy

Comments

24259

pi-

30 GeV

75k evt/spill, 1.3k validated. Recorded 6.5k cycles, 67k T0 validated

24260

pi-

30 GeV

24261

pi-

30 GeV

24262

pi-

30 GeV

24263

pi-

30 GeV

24264

pi-

30 GeV

24265

pi-

30 GeV

24294

pi-

30 GeV

At ~1.1k cycles, beam lost; at 1.5k cycles, beam returned

24295

pi-

30 GeV

24296

pi-

30 GeV

24297

pi-

30 GeV

24298

pi-

30 GeV

24299

pi-

30 GeV

24319

pi-

30 GeV

8mm lead absorber

24320

pi-

30 GeV

24321

pi-

30 GeV

24322

pi-

30 GeV

24323

pi-

30 GeV

24324

pi-

30 GeV

24375

pi-

30 GeV

24376

pi-

30 GeV

24377

pi-

30 GeV

24378

pi-

30 GeV

24379

pi-

30 GeV

24380

pi-

30 GeV

50 GeV

Run Number

Type

Energy

Comments

24212

pi-

50 GeV

position adjusted: x=71cm, y=-394mm

24213

pi-

50 GeV

140k evt/spill, 1200 validated, 5k1 cycles, 52k T0 validated

24214

pi-

50 GeV

beam lost at the end

24215

pi-

50 GeV

first 60% ok, then, bad beam rate (15%) followed by beam lost

24216

pi-

50 GeV

24217

pi-

50 GeV

24218

pi-

50 GeV

24247

pi-

50 GeV

2 collimators (XCSV.021.184 and XCSV.021.218 ) do NOT move / At 06:48 collimator problem resolved. -> Event rate: 1200k evt/spill. ! Note the especially high rate! Stopped the run @ 4.6k cycles -> Hit every BXID!!!! 200kHz rate

24248

pi-

50 GeV

127k evt/spill, 1.3k valid/spill, 5.07k cycles, 50.7k T0 validated

24249

pi-

50 GeV

collimator adjusted: Col8=-4/+4, col10=-3.5/+3.5

24250

pi-

50 GeV

collimator adjusted: Col8=-3.5/+3.5, col10=-3/+3

24251

pi-

50 GeV

24252

pi-

50 GeV

24254

LED

NULL

LED daily scan. Slowcontrol files for HBUs 14 and 13 are the "physics" for ET.

24325

pi-

50 GeV

Absorber01: 18mm lead

24326

pi-

50 GeV

24327

pi-

50 GeV

24328

pi-

50 GeV

24329

pi-

50 GeV

24330

pi-

50 GeV

24343

pi-

50 GeV

Absorber 8mm

24344

pi-

50 GeV

24345

pi-

50 GeV

24346

pi-

50 GeV

24347

pi-

50 GeV

24353

pi-

50 GeV

24354

pi-

50 GeV

doing cherenkov threshold scan during the run

24355

pi-

50 GeV

24356

pi-

50 GeV

24357

pi-

50 GeV

24578

pi-

50 GeV

Absorber01, 8mm lead

24579

pi-

50 GeV

24580

pi-

50 GeV

24581

pi-

50 GeV

24582

pi-

50 GeV

24585

pi-

50 GeV

x=72 cm y=-391mm / beam lost in the end

24586

pi-

50 GeV

beam lost after ~half of run

24587

pi-

50 GeV

24588

pi-

50 GeV

24589

pi-

50 GeV

24590

pi-

50 GeV

lost beam in middle for few cycles

24591

pi-

50 GeV

24592

pi-

50 GeV

24593

pi-

50 GeV

24594

pi-

50 GeV

24595

pi-

50 GeV

24596

pi-

50 GeV

24597

pi-

50 GeV

24598

pi-

50 GeV

24599

pi-

50 GeV

24600

pi-

50 GeV

24601

pi-

50 GeV

24602

pi-

50 GeV

24603

pi-

50 GeV

24604

pi-

50 GeV

24605

pi-

50 GeV

24606

pi-

50 GeV

24607

pi-

50 GeV

24608

pi-

50 GeV

24609

pi-

50 GeV

24610

pi-

50 GeV

24611

pi-

50 GeV

24612

pi-

50 GeV

70 GeV

Run Number

Type

Energy

Comments

24219

pi-

70 GeV

100 -120k per spill, 5k, 50k T0s

24220

pi-

70 GeV

24221

pi-

70 GeV

24222

pi-

70 GeV

slight decrease of the rate down to 90k at the end

24223

pi-

70 GeV

24224

pi-

70 GeV

24241

pi-

70 GeV

100k evt/spill, 5.1k cycles, 51k T0 validated

24242

pi-

70 GeV

24243

pi-

70 GeV

24244

pi-

70 GeV

24245

pi-

70 GeV

24246

pi-

70 GeV

24275

pi-

70 GeV

24279

pi-

70 GeV

60k evt/spill, 1.3k validated. Recorded 5k cycles, 50k T0 validated

24288

pi-

70 GeV

24289

pi-

70 GeV

24290

pi-

70 GeV

collimator changed during this run of data taking, radiation alarm

24291

pi-

70 GeV

24292

pi-

70 GeV

24293

pi-

70 GeV

collimator changed during this run of data taking, radiation alarm @ the end of the run

24338

pi-

70 GeV

Absorber01: 8mm lead

24339

pi-

70 GeV

24340

pi-

70 GeV

24341

pi-

70 GeV

24342

pi-

70 GeV

24365

pi-

70 GeV

24366

pi-

70 GeV

24367

pi-

70 GeV

24368

pi-

70 GeV

Coll09: -3.5/3.5 (due to radiation alarm)

24369

pi-

70 GeV

24370

pi-

70 GeV

24371

pi-

70 GeV

24372

pi-

70 GeV

24373

pi-

70 GeV

24374

pi-

70 GeV

90 GeV

24233

pi-

90 GeV

121k evt/spill, 5.2k cycles, 52k T0 validated

24234

pi-

90 GeV

T0 double peak

24235

pi-

90 GeV

24236

pi-

90 GeV

24237

pi-

90 GeV

24238

pi-

90 GeV

(lost beam in middle for few minutes)

24239

Pedestal

NULL

24240

LED

NULL

24273

pi-

90 GeV

120-130k evt/spill, 1.1k validated. Recorded 5k cycles, 52k T0 validated

24274

pi-

90 GeV

24283

pi-

90 GeV

24284

pi-

90 GeV

24285

pi-

90 GeV

24286

pi-

90 GeV

24287

pi-

90 GeV

24331

pi-

90 GeV

Absorber01: 18mm lead

24332

pi-

90 GeV

24333

pi-

90 GeV

24334

pi-

90 GeV

24335

pi-

90 GeV

24336

pi-

90 GeV

24358

pi-

90 GeV

24359

pi-

90 GeV

24360

pi-

90 GeV

24361

pi-

90 GeV

24362

pi-

90 GeV

24363

pi-

90 GeV

24364

pi-

90 GeV

August 2015

The detailed list is available here on the elog.

Muons

Run Number

Type

Energy

Comments

2XXXXXX

mu-

90 GeV

Electrons

Run Number

Type

Energy

Comments

Pions

Run Number

Type

Energy

Comments

GoodRuns2015 (last edited 2016-03-15 10:16:11 by AmbraProvenza)