MainPage:Nuclear:KaonDetector:PMTCharacteristics:LogBook

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LogBook on the CODA data acquisition, at CUA

Page (last), [6], [5], [4], [3], [2], [1].

LogBook - Last Page
Run Number Date User PMT Crystal High Voltage Gate (ns) Experiment Description and observations Image
2759 11/12/2015 Marco XP2262 (SN 34426) - -2.300 (NIM) 100 Gain LED (green) gain calibration for NPS light yield. Na22 source is also inside, so may have noise. Rate of ~6.5kHz. T=18oC. SEP: 66.67 (fit range 50-85). PED: 27.66 (fit range 25-35).
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2760 11/12/2015 Marco XP2262 (SN 34426) - -2.300 (NIM) 100 Gain Same as 2759, reduce light intensity. SEP: 63.92 (fit range 50-85). PED: 27.65 (fit range 25-35).
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2761 11/12/2015 Marco XP2262 (SN 34426) - -2.300 (NIM) 100 Gain Same as 2760; source removed from dark box. SEP: 67.41 (fit range 50-85). PED: 27.63 (fit range 25-35).
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2762 11/12/2015 Marco XP2262 (SN 34426) - -2.300 (NIM) 100 Gain Same as 2761; slightly higher light intensity. SEP: 67.78 (fit range 50-85). PED: 27.72 (fit range 25-35).
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2763 11/12/2015 Marco XP2262 (SN 34426) - -2.300 (NIM) 100 Gain Light intensity brought to zero (width=0). SEP: 61.98 (fit range 50-85). PED: 27.63 (fit range 25-35).
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2766 11/12/2015 Marco XP2262 (SN 34426) BTCP ### -2.300 (NIM) 100 Light Yield Crystal BTCP ###, wrapped with specular reflector (low statistics - 1st test). Na-22 source. T=~13oC (thermometer not in the right position). Mean peak: 353.40 (fit range 170-800).
LY=18.0 pe/MeV
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2767 11/12/2015 Marco XP2262 (SN 34426) BTCP ### -2.300 (NIM) 100 Light Yield Same as 2766, high statistics (~900k evts). Peak center: 329.02 (fit range 170-800).
LY_fit= pe/MeV
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2768 11/17/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 100 Light Yield CRYTUR 10cm sample crystal, wrapped with specular reflector. 18 oC (thermometer positioned). Peak center: 286.78 (fit range 170-400). SEP: 70.35 (fit range 50-85). PED: 27.36 (fit range 25-35).
LY_fit=11.8 pe/MeV
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2769 11/18/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 100 Light Yield CRYTUR 10cm sample crystal, wrapped with ~5 layers of teflon. T=18oC (2 hours of stabilization only). Peak center: 444.07 (fit range 170-800). SEP and PED: same as 2768 (not enough stats.)
LY_fit= 18.97 pe/MeV
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2771 11/19/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 100 LY Same as 2769, with temperature stable for the whole night; 900k evts.
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2774..2779 11/24/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 100 LY scan CRYTUR 10 cm scan. Same configuration as 2769. Running 10 minutes per position, in steps of 1cm. File:2774.png
2781..2793 11/30/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 100 LY scan CRYTUR 10 cm scan, temperature NOT stable (just testing CODA and scan auto mode). Same configuration as 2769. Running 10 minutes per position, in steps of 1cm. File:2781.png
2797..2800 12/02/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 100 LY scan CRYTUR 10 cm scan, T=18.0 oC. Same configuration as 2769. Running 90 minutes per position, in steps of 1cm. File:2797.png
2803..2815 12/02/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 100 LY scan Repeated 2797 scan without CODA crash! CRYTUR 10 cm scan, T=18.0 oC. Same configuration as 2769. Running 90 minutes per position, in steps of 1cm.
LY=19.77 pe/MeV
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2821..2832 12/03/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 100 LY scan CRYTUR 10 cm scan, T=10.0 oC. Same configuration as 2769. Running 90 minutes per position, in steps of 1cm, 12 positions.
LY=22.99 pe/MeV
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2834 12/04/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 36.3 LY timing CRYTUR 10 cm, T=10.0 oC. Position center (5cm). Using gain from combination of runs 2821..2832: SEP-PED=. LY is a result of a gaussian fit in the range 170-1000. Gate left edge at 48ns before first signal in oscilloscope histogram. (gate delay adjusted to have minimum with no signal inside) File:2834.png
2835 12/04/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 46.5 LY timing Same as 2834, adjusted gate width only. File:2835.png
2836 12/04/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 56.1 LY timing Same as 2834, adjusted gate width only. File:2836.png
2837 12/04/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 66.7 LY timing Same as 2834, adjusted gate width only. File:2837.png
2838 12/04/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 76.1 LY timing Same as 2834, adjusted gate width only. File:2838.png
2839 12/04/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 86.6 LY timing Same as 2834, adjusted gate width only. File:2839.png
2840 12/04/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 96.7 LY timing Same as 2834, adjusted gate width only. File:2840.png
2841 12/04/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 106.6 LY timing Same as 2834, adjusted gate width only. File:2841.png
2842 12/04/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 117.0 LY timing Same as 2834, adjusted gate width only. File:2842.png
2843 12/04/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 125.9 LY timing Same as 2834, adjusted gate width only. File:2843.png
2844 12/04/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 1004 LY timing Same as 2834, adjusted gate width only. File:284.png
2834..2844 12/04/2015 Marco XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) -- LY timing Plot of runs 2834..2844. File:2834 2844.png
2846..2868 12/07/2015 Marco XP2262 (SN 34426) BTCP ### -2.300 (NIM) 149 (eff. 100) LY scan BTCP 20cm ###, wrapped with ~5 layers of teflon and black tape. T=17oC (NOT stable, test only). Gate width is 149ns, but ~49ns is before the begining of signal, so effective gate width is 100ns. Steps of 1cm, 5min in each position. PROBLEM in some runs... to many counts? BAD CONNECTOR! File:2846.png
2890..2911 12/07/2015 Marco XP2262 (SN 34426) BTCP ### -2.300 (NIM) 149 (eff. 100) LY scan Same as 2846, but T=18oC (stable) and 105min in each position - total ~40h scan.
LY = 12.85 pe/MeV
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2914 12/14/2015 Marco XP2262 (SN 34426) SICCA 02 -2.300 (NIM) 149 (eff. 100) LY SICCA 02 crystal wrapped with ~5 layers of teflon tape and 2 layers of black tape. Cracked face placed opposite to the radioactive source, and to the top (far apart from PMT). Event rate of approx. 67Hz. Temperature almost stable at 18oC, run simple test before starting scan.
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2915..2930 12/14/2015 Marco XP2262 (SN 34426) SICCA 02 -2.300 (NIM) 149 (eff. 100) LY scan Same as 2914. Temperature almost stable at 18oC, scan of 5min per step, every 1cm, to test before long scan (interrupted on purpose to start long run). File:2915.png
2932..2939 12/14/2015 Marco XP2262 (SN 34426) SICCA 02 -2.300 (NIM) 149 (eff. 100) LY scan Same as 2914. T=18oC, scan of 50min per step, every 1cm. CODA crashed.
LY=16.83 pe/MeV
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2941..xx 12/15/2015 Marco XP2262 (SN 34426) SICCA 02 -2.300 (NIM) 149 (eff. 100) LY scan Same as 2932, but steps of 10min. T=18oC. CODA crashed.
LY=15.94 pe/MeV
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2961..2963 12/15/2015 Marco XP2262 (SN 34426) SICCA J16 -2.300 (NIM) 149 (eff. 100) LY scan SICCA J16 crystal wrapped with ~5 layers of teflon tape and 2 layers of black tape. Steps of 105min, 1cm. T=18oC. CODA crashed. File:2961.png
2966..2978 12/17/2015 Marco XP2262 (SN 34426) SICCA J16 -2.300 (NIM) 149 (eff. 100) LY scan Same as 2961, but with steps of 10min. CODA crashed.
LY=16.46 pe/MeV
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2981..2987 12/17/2015 Marco XP2262 (SN 34426) SICCA J16 -2.300 (NIM) 149 (eff. 100) LY scan Same as 2961, but with steps of 50min. CODA crashed.
LY=17.22 pe/MeV
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3030..3044 01/04/2016 Marco XP2262 (SN 34426) SICCA J18 -2.300 (NIM) 149 (eff. 100) LY scan SICCA J18 crystal wrapped with ~5 layers of teflon tape and 2 layers of black tape. Steps of 50min, 1cm. T=18oC. CODA crashed.
LY=13.54 pe/MeV
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3047..3066 01/05/2016 Marco XP2262 (SN 34426) SICCA J18 -2.300 (NIM) 149 (eff. 100) LY scan Same as 3029, but with steps of 10min.
LY=13.75 pe/MeV
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3070..30xx 01/05/2016 Marco XP2262 (SN 34426) SICCA J19 -2.300 (NIM) 149 (eff. 100) LY scan SICCA J19 crystal wrapped with ~5 layers of teflon tape and 2 layers of black tape (new tape in use, 2in wide and not so straight). Steps of 50min, 1cm. T=18oC. CODA crashed. File:3070.png
3097 01/06/2016 Marco XP2262 (SN 34426) SICCA J19 -2.300 (NIM) 149 (eff. 100) LY scan Same as 2070. As CODA keeps crashing, decided to take one run only of 220 min for the 22 positions, 10min in each position. Analysis done taking the mean rate and considering the number of events in 10min interval from that rate for each step.
LY= 19.13 pe/MeV
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3098 01/07/2016 Marco XP2262 (SN 34426) SICCA J20 -2.300 (NIM) 149 (eff. 100) LY scan SICCA J20 crystal wrapped with ~5 layers of teflon tape and 2 layers of black tape. Steps of 10min, 1cm. T=18oC. (Method described in run 3097)
LY= 14.76 pe/MeV
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3099 01/07/2016 Marco XP2262 (SN 34426) SICCA J17 -2.300 (NIM) 149 (eff. 100) LY scan SICCA J17 crystal wrapped with ~5 layers of teflon tape and 2 layers of black tape. Bubbles placed on the opposite side of PMT window (closer to position 20cm in the plot). Steps of 10min, 1cm. T=18oC. (Method described in run 3097). Temperature not completely stable (1 hour only).
LY= 25.26 pe/MeV
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3100 01/08/2016 Marco XP2262 (SN 34426) SICCA J17 -2.300 (NIM) 149 (eff. 100) LY scan Repeating run 3099, with stable temperature.
LY= 24.28 pe/MeV
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3115 (Entry$>4500)
3117..3120
01/15/2016 Marco XP4500 (Aerogel 1.030) -1.900 (NIM) 149 Aerogel prototype Aerogel CUA's prototype to measure the light output differences in function of the aerogel refractive index. Prototype covered with alumidized mylar, 9 layers of aerogel, prototype aerogel top, 2 trigger PMTs in coincidence, artificial deadtime of 0.5us.
Fit (range 0.5 to 10): 2.747pe. Mean (ch1>40 && ch1<800): 267.237 channels.
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3121 01/20/2016 Marco XP4500 PMT calib -1.900 (NIM) 149 PMT calib Blue LED to calib SEP. SEP = 67.11 channels. PED = 27.03 channels.
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3122 01/20/2016 Marco XP4500 PMT calib -1.900 (NIM) 149 PMT calib Repeating, trying to go with even lower light intensity. SEP = 64.30 channels. PED = 27.02 channels. Not sure if this is good enough, should try to reduce even more, but that is hard with the pulser we have.
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3124..3126 01/20/2016 Marco XP4500 (Aerogel 1.011) -1.900 (NIM) 149 Aerogel prototype Prototype covered with alumidized mylar, 9 layers of aerogel, prototype aerogel top, 2 trigger PMTs in coincidence, artificial deadtime of 0.5us.
Fit (range 0.5 to 3): 1.40011 . Mean (ch1>40 && ch1<800): 138.498 channels.
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3127..3132 01/27/2016 Marco XP4500 (Aerogel 1.020) -1.900 (NIM) 149 Aerogel prototype Prototype covered with alumidized mylar, 9 layers of aerogel, prototype aerogel top, 2 trigger PMTs in coincidence, artificial deadtime of 0.5us. Tiles conditions not so good, scratches and chipped edges.
Fit (range 0.5 to 5): 2.79186. Mean (ch1>40 && ch1<800): 203.788 channels.
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3133..3140 02/10/2016 Marco XP4500 (Aerogel 1.015) -1.900 (NIM) 149 Aerogel prototype Prototype covered with alumidized mylar, 9 layers of aerogel, prototype aerogel top, 2 trigger PMTs in coincidence, artificial deadtime of 0.5us. Tiles conditions brand new.
Fit (range 0.5 to 5): 2.39573. Mean (ch1>40 && ch1<800): 186.685 channels.
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3145 02/25/2016 Marco XP2262 (SN 34426) SICCA J21 -2.300 (NIM) 100 LY scan SICCA J21 crystal wrapped with ~5 layers of teflon tape and 2 layers of black tape. Steps of 20min, 1cm. T=18oC.
LY= 15.97 pe/MeV
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3146 02/29/2016 Marco XP2262 (SN 34426) SICCA J22 -2.300 (NIM) 100 LY scan SICCA J22. Same conditions as run 3145. Steps of 20min, 1cm. T=18oC.
LY= 14.495 pe/MeV
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3147 03/01/2016 Marco XP2262 (SN 34426) SICCA J23 -2.300 (NIM) 100 LY scan SICCA J23. Same conditions as run 3145. Steps of 20min, 1cm. T=18oC.
LY= 16.50 pe/MeV
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3148 03/02/2016 Marco XP2262 (SN 34426) SICCA J24 -2.300 (NIM) 100 LY scan SICCA J24. Same conditions as run 3145. Steps of 20min, 1cm. T=18oC.
LY= 19.61 pe/MeV
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3149 03/03/2016 Marco XP2262 (SN 34426) SICCA J25 -2.300 (NIM) 100 LY scan SICCA J25. Same conditions as run 3145. Steps of 20min, 1cm. T=18oC.
LY= 13.07 pe/MeV
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3224 07/13/2016 Salim XP4500/B - 1800 (V) 100 Prototype Optimization Test to ensure that the prototype was functioning
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3225 07/14/2016 Salim XP4500/B - 1800 (V) 100 Prototype Optimization Test to ensure that the prototype was functioning
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3226 07/15/2016 Salim XP4500/B - 1800 (V) 100 PMT Calibration Finding the SEP for the PMT using a blue LED
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3227 07/15/2016 Salim XP4500/B - 1800 (V) 100 PMT Calibration Same setup as 3226 but with a smaller pulse width for the LED to ensure that the SEP was reached for this PMT
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3228 07/18/2016 Salim XP4500/B - 1800 (V) 100 Aluminized Mylar Run 3 day run to test the effectiveness of Aluminized Mylar
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3241 - 3259 07/26/2016 Salim XP4500/B - 1800 (V) 100 Millipore Run 4 day run to test the effectiveness of Millipore
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3270 - 3301 07/29/2016 Salim XP4500/B - 1800 (V) 100 Teflon Tape Run 2 day run to test the effectiveness of Teflon Tape
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3309 - 3327 08/01/2016 Salim XP4500/B - 1800 (V) 100 Gore Run 3 day run to test the effectiveness of Gore
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3335 - 3369 08/05/2016 Salim XP4500/B - 1800 (V) 100 9 Tiles 3 Day run with 9 tiles of aerogel
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3370 - 3374 08/08/2016 Salim XP4500/B - 1800 (V) 100 8 Tiles 3 day run with 8 tiles of aerogel
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3376 - 3397 08/10/2016 Salim XP4500/B - 1800 (V) 100 7 Tiles 2 day run with 7 tiles of aerogel
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3400 - 34?? 08/12/2016 Salim XP4500/B - 1800 (V) 100 6 Tiles 2 day run with 6 tiles of aerogel File:3161.png
3421 11/16/2016 Rich XP2262 (SN 34426) J19 20cm -2.300 (NIM) 100 LY scan J19 20 cm, T=18.0 oC. LY is a result of a gaussian fit of signal from crystal in the range of 170-800, SEP fit range 70-100, PED fit range 25-35; Gate width adjusted to get signal inside; 60K events
LY= 14.04 pe/Mev
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3422 11/18/2016 Rich XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 100 LY scan CRYTUR 10 cm, T=18.0 oC. LY is a result of a gaussian fit of signal from crystal in the range of 180-600, SEP fit range 60-110, PED fit range 25-35; Gate width adjusted to get signal inside; 100K events
LY= 9.40 pe/MeV
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3432 11/21/2016 Salina XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 100 LY scan CRYTUR 10 cm, T=18.0 oC. LY is a result of a gaussian fit of signal from crystal in the range of 170-600, SEP fit range 60-110, PED fit range 25-35; Gate width adjusted to get signal inside; 100K events
LY= 8.23 pe/MeV
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3434 11/22/2016 Salina XP2262 (SN 34426) CRYTUR 10cm -2.300 (NIM) 100 LY scan CRYTUR 10 cm, T=18.0 oC. LY is a result of a gaussian fit of signal from crystal in the range of 170-600, SEP fit range 65-100, PED fit range 25-35; Gate width same as 3432; 1.4M events
LY= 9.67 pe/MeV
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3445 12/06/2016 Salina XP2262 (SN 34426) J19 -2.300 (NIM) 100 LY J19, T=18.0 oC. LY is a result of a gaussian fit of signal from crystal in the range of 170-600 (Peak center: 309), SEP: Peak center @ 88.2 (fit range 65-100), PED: peak center @ 27.4 (fit range 25-35); Gate width adjusted from 80 ns to 100 ns; 160K events
LY= 9.82 pe/MeV
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3546 12/7/2016 Rich/Salina XP2262 (SN 34426) J19 -2.300 (NIM) 150 (100 effective) LY 100k, end unwrapped,10.03 pe/MeV
3447-3470 ??/??/???? WHO? WHAT? WHAT? WHAT? ?? ?? Please ADD! If these are junk runs that's fine, but put some description here
3470 12/12/2016 Richard/TH XP2262 (SN 34426) J21 -2.300 (NIM) 100 LY J21 AFTER thermal annealing, T=18.0 oC. 12.09 pe/MeV Temperature profile from thermal annealing of J21. We assume it is stable and was the same for J19.
3471 12/12/2016 Richard/TH XP2262 (SN 34426) J21 -2.300 (NIM) 100 LY J21, T=18.0 oC. 11.55 pe/MeV
3472 12/13/2016 TH XP2262 (SN 34426) J21 -2.300 (NIM) 100 LY J21, T=18.0 oC. Same conditions as for runs 3470 and 3471. Quick analysis shows: LY= 12 pe/MeV Temperature log for parts of 3471 and 3472
3573 12/14/2016 Rich XP2262 (SN 34426) J19 -2.300 (NIM) 150 (100 effective) LY 100k, 14.90 pe/MeV
3474 12/15/2016 Marco/TH XP2262 (SN 34426) J19 -2.300 (NIM) 100 LY J19, re-wrap the crystal. T~18.0 oC (not stable!!! just testing...) LY= 15.3 pe/MeV
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3475 12/15/2016 Marco/TH XP2262 (SN 34426) J19 -2.300 (NIM) 100 LY J19, re-wrap the crystal. T~18.0 oC (1.5h since crystal was inserted) LY= pe/MeV File:3475.png
3576 12/15/2016 Rich XP2262 (SN 34426) J19 -2.300 (NIM) 150 (100 effective) LY 100k, ~16 pe/MeV
3577 12/15/2016 Rich XP2262 (SN 34426) Crytur -2.300 (NIM) 150 (100 effective) LY 100k, ~16 pe/MeV
3578 12/15/2016 Rich XP2262 (SN 34426) J26 -2.300 (NIM) 150 (100 effective) LY 100k, 10.50 pe/MeV
3579 12/15/2016 Rich XP2262 (SN 34426) J36 -2.300 (NIM) 150 (100 effective) LY 100k, ~16 pe/MeV
3481-3488 12/16/2016 Andres N/A APDSetup -2.300 (NIM) 40 APD Readout Junk - APD Data rate acquisition test
3489 12/19/2016 TH XP2262 (SN 34426) J25 -2.300 (NIM) 150 (100 effective) LY J25 - 3 layer teflon, 2 layers black tape, centered on PMT, clamp loose, equilibrate for ~15 minutes, result: 12.5 pe/MeV (compare to 13.07 measured on 3/3/16)
3490-3492 12/19/2016 Andres N/A APDSetup -2.300 (NIM) 40 APD Readout Junk - ADC Test
3493 12/19/2016 TH XP2262 (SN 34426) J25 -2.300 (NIM) 150 (100 effective) LY J25 - 3 layer teflon, 2 layers black tape, centered on PMT, clamp loose, result: 12.7 pe/MeV (compare to 13.07 measured on 3/3/16)
3494 12/19/2016 TH XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY J24 - 3 layer teflon, 2 layers black tape, centered on PMT, clamp loose, start run at 19.4 degC, result: 16.8 pe/MeV
3495-3496 12/19/2016 Andres N/A APDSetup -2.300 (NIM) 40 APD Readout Junk - ADC Test
3497 12/19/2016 TH XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY J24 - 3 layer teflon, 2 layers black tape, centered on PMT, clamp loose, result: 16.7 pe/MeV
3498 12/19/2016 TH/Rishabh XP2262 (SN 34426) J36 -2.300 (NIM) 150 (100 effective) LY J36 - 3 layer teflon, 2 layers black tape, centered on PMT, clamp loose, equilibrate for ~15 minutes, result: 17 pe/MeV
3499 12/19/2016 TH/Rishabh XP2262 (SN 34426) J26 -2.300 (NIM) 150 (100 effective) LY J26 - 3 layer teflon, 2 layers black tape, centered on PMT, clamp loose, equilibrate for ~15 minutes, result:11.5 pe/MeV
3500 12/20/2016 TH DAQ TEST DAQ TEST DAQ TEST
3501 12/20/2016 TH XP2262 (SN 34426) J26 -2.300 (NIM) 150 (100 effective) LY J26 - same as run 3499, but after power outage over night on 12/20/16, result:11.95 pe/MeV
3502 12/20/2016 TH XP2262 (SN 34426) CRYTUR01 -2.300 (NIM) 150 (100 effective) LY CRYTUR01 - source aligned at the top (did not move it from position used for 20cm crystal), start run at 20 degC, result:15.5 pe/MeV
3503 12/20/2016 TH XP2262 (SN 34426) CRYTUR01 -2.300 (NIM) 150 (100 effective) LY CRYTUR01 - same as run 3502, note that at end of run gate was briefly removed, result:15.7 pe/MeV
3504 12/20/2016 TH XP2262 (SN 34426) CRYTUR01 -2.300 (NIM) 150 (100 effective) LY CRYTUR01 - same as run 3503, but with the other end of crystal taped shut, result:14.8 pe/MeV
3505 12/20/2016 TH XP2262 (SN 34426) CRYTUR01 -2.300 (NIM) 150 (100 effective) LY CRYTUR01 - same as run 3504, but with source aligned at center of crystal using stepper motor, result:15.7 pe/MeV
3506 12/20/2016 TH XP2262 (SN 34426) J17 -2.300 (NIM) 150 (100 effective) LY J17 - source aligned at center of crystal using stepper motor, this is the crystal with bubbles inside, result:26 pe/MeV
3507 12/20/2016 TH XP2262 (SN 34426) J18 -2.300 (NIM) 150 (100 effective) LY J18 - same as run 3506, result:11.3 pe/MeV
3508 12/20/2016 TH XP2262 (SN 34426) J31 -2.300 (NIM) 150 (100 effective) LY J31 - long run overnight, same conditions as 3507, result: 13.64 pe/MeV
3509 12/21/2016 TH XP2262 (SN 34426) J39 -2.300 (NIM) 150 (100 effective) LY J39 - same conditions as 3508, start run at 19.6 degC, result: 11.9 pe/MeV
3510 12/21/2016 TH XP2262 (SN 34426) J44 -2.300 (NIM) 150 (100 effective) LY J44 - same conditions as 3509, result: 12.4 pe/MeV
3511 12/21/2016 TH XP2262 (SN 34426) J15 -2.300 (NIM) 150 (100 effective) LY J15 - same conditions as 3510, this is a crystal with a chip on one end, for this measurement the chipped end is taped shut, result:XX pe/MeV
3512 1/3/2017 TH XP2262 (SN 34426) J24/Reference -2.300 (NIM) 150 (100 effective) LY J24 - first run after holiday shutdown, re-wrapped crystal, experimental conditions same as in December runs, start run at 19. degC, result: 16.3 pe/MeV
3513-3521 1/3/2017 TH N/A N/A N/A N/A LY Junk - DAQ configuration tests
3521 1/3/2017 TH XP2262 (SN 34426) J24/Reference -2.300 (NIM) 150 (100 effective) LY J24 - experimental conditions same as in 3521, result:19.02 pe/MeV
3522 1/3/2017 TH XP2262 (SN 34426) J24/Reference -2.300 (NIM) 150 (100 effective) LY J24 - experimental conditions same as in 3521, result:17 pe/MeV (~140k stats, after ~40k stats the fits with same limits gave 18.7 pe/MeV)
3523 1/3/2017 TH XP2262 (SN 34426) J24/Reference -2.300 (NIM) 150 (100 effective) LY J24 - long run overnight, experimental conditions same as in 3522, result: 17.6 pe/MeV
3524 1/4/2017 TH XP2262 (SN 34426) J24/Reference -2.300 (NIM) 150 (100 effective) LY J24 - experimental conditions same as in 3523, result:17.9 pe/MeV (~100k stats, after ~50k stats the fits with same limits gave 18 pe/MeV); SEP shifted by about 1.5 channels compared to 3523, signal shifted by about 5 channels in the same direction as the SEP
3525 1/4/2017 TH XP2262 (SN 34426) J24/Reference -2.300 (NIM) 150 (100 effective) LY J24 - remove optical grease on both crystal and PMT, re-apply optical grease and re-install crystal, misalign crystal on purpose on PMT towards the right away from center as viewed from the trigger scintillator, result:16.3 pe/MeV (~230k stats), final result: 16.2 pe/MeV
3526 1/4/2017 TH XP2262 (SN 34426) J24/Reference -2.300 (NIM) 150 (100 effective) LY J24 - same as 3525, but better thermally equilibrated, result: 17.3 pe/MeV (~230k stats)
3527 1/4/2017 TH XP2262 (SN 34426) J39 -2.300 (NIM) 150 (100 effective) LY J39 - aligned crystal to center of PMT, start run at 19degC, result: 12.25 pe/MeV
3528 1/4/2017 TH XP2262 (SN 34426) J39 -2.300 (NIM) 150 (100 effective) LY J39 - same as 3527, note that with same fitting limits the fit to SEP is not very good, result: 11.9 pe/MeV
3529 1/4/2017 TH XP2262 (SN 34426) J39 -2.300 (NIM) 150 (100 effective) LY J39 - same as 3527, not enough statistics to fit
3530 1/4/2017 TH XP2262 (SN 34426) J36 -2.300 (NIM) 150 (100 effective) LY J36 - randomly selected for long overnight run, conditions same as for 3529, result: 17.17 pe/MeV
3531 1/5/2017 TH XP2262 (SN 34426) J36 -2.300 (NIM) 150 (100 effective) LY J36 - same as 3530, result: 16.54 pe/MeV
3532 1/4/2017 TH XP2262 (SN 34426) J16 -2.300 (NIM) 150 (100 effective) LY J16 - already wrapped, was irradiated and LED cured in summer 2016, one of the worst crystals for radiation hardness based on summer 16, result: 9.68 pe/MeV
3533 1/4/2017 TH XP2262 (SN 34426) J16 -2.300 (NIM) 150 (100 effective) LY J16 - same as 3532, result: 9.83 pe/MeV
3534 1/5/2017 TH XP2262 (SN 34426) J23 -2.300 (NIM) 150 (100 effective) LY J23 - wrapped this one (3 layers teflon and 2 layers black tape - that's how I wrapped all crystals I tested), this crystal was also irradiated in and LED cured in summer 2016, the lowest radiation hardness based on summer 16, result: 8.07 pe/MeV
3535 1/5/2017 TH XP2262 (SN 34426) J21 -2.300 (NIM) 150 (100 effective) LY J21 - already wrapped, was irradiated and LED cured in summer 2016, thermally annealed in December 2016, one of the worst crystals for radiation hardness based on summer 16, result: 12.94 pe/MeV
3536 1/5/2017 TH XP2262 (SN 34426) J21 -2.300 (NIM) 150 (100 effective) LY J21 - same as 3535, result: 12.81 pe/MeV
3537 1/5/2017 TH XP2262 (SN 34426) J24/reference -2.300 (NIM) 150 (100 effective) LY J24 - same conditions as 3536, result: 17.42 pe/MeV - consistent with run 3526
3538 1/6/2017 Rich/TH XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY J32 - Rich installs this one and all crystals up to run 3543 (we may have a different technique - needs to be checked), result: 11.93 pe/MeV
3539 1/6/2017 Rich/TH XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY J32 - same as 3538, result: 13.05 pe/MeV, note: irradiated crystal after this measurement; another note: crystal accident during transmittance measurement chips off at two places off one end of crystal
3540 1/5/2017 Rich/TH XP2262 (SN 34426) J38 -2.300 (NIM) 150 (100 effective) LY J38 - same conditions as 3539, result: 12.0 pe/MeV
3541 1/6/2017 Rich/TH XP2262 (SN 34426) J27 -2.300 (NIM) 150 (100 effective) LY J32 - Rich installs this one and all crystals up to run 3543 (we may have a different technique - needs to be checked), result: 11.93 pe/MeV, note: irradiated crystal after this measurement
3542 1/6/2017 Rich/TH XP2262 (SN 34426) J24/reference -2.300 (NIM) 150 (100 effective) LY J24 - same as 3541, result: 12.79 pe/MeV
3543-45 1/6/2017 Rich/TH XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY J24 - to test crystal installation technique, TH applies optical grease, installs crystal etc. for this run, no signal from crystal in these runs as it had tilted off PMT and caught on arm that holds the source, no obvious damage to crystal
3546 1/6/2017 Rich/TH XP2262 (SN 34426) J24/reference -2.300 (NIM) 150 (100 effective) LY J24 - to test crystal installation technique, TH applies optical grease, installs crystal etc. for this run, fixed temperature sensor cable back to freezer wall - it had come loose and was partially covering the scintillator, we also noticed that the crystal PMT seems more loose now - perhaps slightly tilted (need to check), crystal is positioned a little more to left from center as viewed from scintillator PMT, we used the clamp to hold crystal in this run to restrict motion, after a few events we verified that we got signal from crystal now, long run over weekend, result: 16.99 +-0.05 pe/MeV
3547 1/9/2017 TH XP2262 (SN 34426) J24/reference -2.300 (NIM) 150 (100 effective) LY J24 - result: 16.68 +-0.41 pe/MeV
3548 1/9/2017 TH XP2262 (SN 34426) J40 -2.300 (NIM) 150 (100 effective) LY J40 - this crystal has relatively large broken off pieces on both ends, I taped shut the side that has a chip that seems to alter the crystal surface, 3 teflon layers and 2 black tape as usual, install with clamp, PMT seems still a little tilted, re-taped temperature sensor cable to freezer wall, result: 13.32 pe/MeV
3549 1/9/2017 TH XP2262 (SN 34426) J40 -2.300 (NIM) 150 (100 effective) LY J40 - like 3548 but better thermally equilibrated, result: 14 pe/MeV
3550 1/9/2017 TH XP2262 (SN 34426) J38 -2.300 (NIM) 150 (100 effective) LY J38 - already wrapped (1 layer of teflon and 1 layer black tape as find out later), tighten crystal PMT holder before this run and also re-adjust clamp, result: 12.21 pe/MeV
3551 1/9/2017 TH XP2262 (SN 34426) J38 -2.300 (NIM) 150 (100 effective) LY J38 - same as 3550, result: 13.39 pe/MeV
3552 1/9/2017 TH XP2262 (SN 34426) J38 -2.300 (NIM) 150 (100 effective) LY J38 - same as 3552, result: 12.6 pe/MeV
3553 1/9/2017 TH XP2262 (SN 34426) J27 -2.300 (NIM) 150 (100 effective) LY J27 - already wrapped, re-attach temperature sensor cable to freezer wall, result: 14.3 pe/MeV
3554 1/9/2017 TH XP2262 (SN 34426) J27 -2.300 (NIM) 150 (100 effective) LY J27 - same as 3553, long overnight run, result: 14.16 pe/MeV
3555 1/10/2017 TH XP2262 (SN 34426) J27 -2.300 (NIM) 150 (100 effective) LY J27 - same as 3554, result: 13.78 pe/MeV
3556 1/10/2017 TH XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY J32 - was irradiated on 6 January 2017 transverse, re-wrap crystal (3 teflon, 2 black tape layers), I taped shut the side with the chip after our 6 January 2017 accident, start data taking at 19 degC, result: 14.51 pe/MeV
3557 1/10/2017 TH XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY J32 - same as 3556, but better thermally equilibrated, result: 16.26 pe/MeV
3558 1/10/2017 TH XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY J32 - same as 3557, result: 15.56 pe/MeV
3559 1/10/2017 TH XP2262 (SN 34426) J45 -2.300 (NIM) 150 (100 effective) LY J45 - already wrapped, open side has brownish marks that cannot be removed with alcohol (observed similar marks on J32), start data taking at 19.5degC, result: 14.02 pe/MeV
3560 1/10/2017 TH XP2262 (SN 34426) J45 -2.300 (NIM) 150 (100 effective) LY J45 - same as 3559, but better thermally equilibrated, result: 13.41 pe/MeV
3561 1/10/2017 TH XP2262 (SN 34426) J31 -2.300 (NIM) 150 (100 effective) LY J31 - already wrapped, start run at 18.7degC, result: 15.38 pe/MeV
3562 1/10/2017 TH XP2262 (SN 34426) J31 -2.300 (NIM) 150 (100 effective) LY J31 - long overnight run, result: 15.29 pe/MeV
3563 1/11/2017 TH XP2262 (SN 34426) J31 -2.300 (NIM) 150 (100 effective) LY J31 - same as 3562, result: 15.11 pe/MeV
3564 1/11/2017 TH XP2262 (SN 34426) J35 -2.300 (NIM) 150 (100 effective) LY J35 - already wrapped, just taped one end, result: 11.64 pe/MeV (note: not a good fit to SEP crystal with the current limits in LY.C - need more careful analysis)
3565 1/11/2017 TH XP2262 (SN 34426) J35 -2.300 (NIM) 150 (100 effective) LY J35 - like 3564, result: 12.37 pe/MeV (note: not a good fit to SEP crystal with the current limits in LY.C - need more careful analysis)
3566 1/11/2017 TH XP2262 (SN 34426) J35 -2.300 (NIM) 150 (100 effective) LY J35 - like 3565, low stats run, result: 13.79 pe/MeV (note: not a good fit to SEP crystal with the current limits in LY.C - need more careful analysis)
3567 1/11/2017 TH XP2262 (SN 34426) J11 -2.300 (NIM) 150 (100 effective) LY J11 - this crystal was tested previously at Caltech and was determined to have low radiation hardness and many scattering centers, result: 9.81 pe/MeV (Caltech LY result: 12.5 pe/MeV)
3568 1/11/2017 TH XP2262 (SN 34426) J11 -2.300 (NIM) 150 (100 effective) LY J11 -same as 3567, result: 10.25 pe/MeV (Caltech LY result: 12.5 pe/MeV)
3569 1/12/2017 TH XP2262 (SN 34426) J11 -2.300 (NIM) 150 (100 effective) LY J11 -same as 3568, result: 10.31 pe/MeV (Caltech LY result: 12.5 pe/MeV)
3570 1/12/2017 TH XP2262 (SN 34426) J33 -2.300 (NIM) 150 (100 effective) LY J33 - already wrapped, only taped shut one end, start run at 18.9 degC, result: 11.74 pe/MeV
3571 1/12/2017 TH XP2262 (SN 34426) J33 -2.300 (NIM) 150 (100 effective) LY J33 - like 3570, result: 12.26 pe/MeV
3572 1/12/2017 TH XP2262 (SN 34426) J34 -2.300 (NIM) 150 (100 effective) LY J34 - already wrapped, start run at 19degC, result: 10.3 pe/MeV
3573 1/12/2017 TH XP2262 (SN 34426) J34 -2.300 (NIM) 150 (100 effective) LY J34 - like 3572, result: 9.4 pe/MeV
3574 1/12/2017 TH XP2262 (SN 34426) J24/reference -2.300 (NIM) 150 (100 effective) LY J24 - long overnight run, result: 16.93 +-0.12 pe/MeV
3575 1/13/2017 TH XP2262 (SN 34426) J24/reference -2.300 (NIM) 150 (100 effective) LY J24 - same as 3574, result:
3577 1/13/2017 Rich XP2262 (SN 34426) J34 -2.300 (NIM) 150 (100 effective) LY Significant amount of optical grease, 30 min, ~10.3 pe/MeV
3578 1/13/2017 Rich XP2262 (SN 34426) J34 -2.300 (NIM) 150 (100 effective) LY Very little optical grease, 30 min, no signal
3579 1/13/2017 Rich XP2262 (SN 34426) J34 -2.300 (NIM) 150 (100 effective) LY No run
3580 1/13/2017 Rich XP2262 (SN 34426) J34 -2.300 (NIM) 150 (100 effective) LY Very little optical grease, 30 min, ~9.8 pe/MeV
3581 1/13/2017 Rich XP2262 (SN 34426) J24/reference -2.300 (NIM) 150 (100 effective) LY Significant amount of optical grease, 30 min, ~8.9 pe/MeV
3582 1/13/2017 Rich XP2262 (SN 34426) J24/reference -2.300 (NIM) 150 (100 effective) LY Very little optical grease, 30 min, ~5.23 pe/MeV
3583 1/13/2017 Rich XP2262 (SN 34426) J24/reference -2.300 (NIM) 150 (100 effective) LY Pea size of optical grease, 30 min, ~15.9 pe/MeV. The variation of optical grease over the last couple of runs (3577-83) results in fluctuating light yields, a more consistent method should be developed
3591 1/31/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 18°C Crystal equilibrated start @ 14:11; t=0 end at t=64 min, 11.26 pe/MeV
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3592 1/31/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 18°C Crystal equilibrated (continuing); t=65 min, end at t=125 min, 11.71 pe/MeV
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3593 1/31/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 18°C Crystal equilibrated (continuing) t=126 min, end at t=186 min, 11.54 pe/MeV
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3594 1/31/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 18°C Crystal equilibrated (continuing with +149 min delay) @ start time: 19:47; t=335 min, end at t= 695 min, 11.97 pe/MeV; 6 hour/360 min run
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3595 2/1/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 15°C Freezer opened for ~ 2 min to check dehumidifier; Started run after 2 hours. t=0 min, end at t=60 min, 12.64 pe/MeV
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3596 2/1/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 15°C Crystal equilibrated t=77 min, end at t=137 min, 12.72 pe/MeV
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3597 2/1/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 15°C Crystal equilibrated t=167 min, end at t= 227 min, 12.56 pe/MeV
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3598 2/1/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 15°C Crystal equilibrated t=228 min, end at t= 588 min, 12.67 pe/MeV; 6 hour/360 min run
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3599 2/3/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 10°C Crystal equilibrated for 24 hours; taking 1 hour runs , 14.82 pe/MeV;
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3600 2/3/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 10°C Taking 1 hour runs , 14.14 pe/MeV;
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3601 2/3/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 10°C Taking 1 hour runs , 14.68 pe/MeV;
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3602 2/5/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 10°C 6 hour/360 min run , 14.85 pe/MeV;
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3603 2/5/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T dependence of LY Junk run..only took data for 3 min; checking temperature
3604 2/6/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 5°C Crystal equilibrated for 120 min, after opening freezer for a couple of minutes. Taking 1 hour runs , 17.13 pe/MeV;
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3605 2/6/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 5°C Crystal equilibrated t=70 min end at t= 130. Taking 1 hour runs , 17.04 pe/MeV;
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3606 2/6/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 5°C Crystal equilibrated t=190 min, end at t= 250 min, 18.05 pe/MeV; Taking 1 hour runs
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3607 2/6/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 5°C Crystal equilibrated t=265 min, end at t= 625min, 17.25 pe/MeV; 6 hour/360 min run; Note: need to look at temperature as function of time in freezer for this run.
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3609 2/9/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 5°C Crystal equilibrated >24 hours, 17.15 pe/MeV; 1 hour run
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3610 2/10/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at 0°C Crystal equilibrated for > 24 hours at 0°C after the freezer was left open (2/7/2017). 21.86 pe/MeV; Taking 1 hour runs, and will not open freezer until after runs are completed to avoid moisture buildup in freezer.
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3611 2/11/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at -5°C Crystal equilibrated for > 24 hours at -5°C. 23.6 pe/MeV; 1 hour
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3612 2/13/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at -10°C Crystal equilibrated for > 24 hours at -10°C. 29.16 pe/MeV; 1 hour run.
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3613 2/14/2017 SA XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) T Dependence of LY at -10°C Additional data for statistics @ -10°C. 30.37 pe/MeV; 1 hour run.
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3636 5/17/2017 RT XP2262 (SN 34426) J24 (reference) -2.300 (NIM) 150 (100 effective) LY at 18°C Check reference before Crytur II run @ 18°C. 15.8 pe/MeV; 1 hour run --
3637 5/17/2017 RT XP2262 (SN 34426) Cytur II -2.300 (NIM) 150 (100 effective) LY at 18°C First runs for Crytur II @ 18°C. 10.25 pe/MeV; May not have reached equilibrium; 30 min. run --
3638 5/17/2017 RT XP2262 (SN 34426) Cytur II -2.300 (NIM) 150 (100 effective) LY at 18°C First runs for Crytur II @ 18°C. 10.4 pe/MeV; 30 min. run --
3639 5/17/2017 RT XP2262 (SN 34426) Cytur II -2.300 (NIM) 150 (100 effective) LY at 18°C First runs for Crytur II @ 18°C. Grease reapplied. 11.4 pe/MeV; Overnight run --
3642 5/31/2017 Marco/Tanja XP2262 (SN 34426) Cytur II -2.300 (NIM) 150 (100 effective) LY at 18°C Same as before, running overnight. 15.19 pe/MeV - Double peak observed in pedestal. Is that related to the APD cooler that is running in the lab? To investigate...
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3647 6/1/2017 RT XP2262 (SN 34426) Cytur II -2.300 (NIM) 150 (100 effective) LY at 18°C Ran for an hour. 11.97 pe/MeV - Double peak observed in pedestal. Need too investigate... --
3648 6/1/2017 RT XP2262 (SN 34426) Cytur II -2.300 (NIM) 150 (100 effective) LY at 18°C Ran for an hour. 10.57 pe/MeV - Double peak observed in pedestal. Need too investigate... --
3671 7/5/2017 RT XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C Quick run 15 min. 13.8 pe/MeV - Double peak observed in pedestal. The first test before trying to figure out this double peak. --
3674-3676 7/5/2017 RT XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C Various double peak while changing Andres set up to see any effects. There were none. --
3677 7/5/2017 RT XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C Used the pulse generator at 150 ns gate width to test double peak. There was no visible double peak but there is a noticeable smaller spike coming from the scintillator gate.
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3678-3687 7/5/2017 RT XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C Various double peak while changing Andres set up and changing gate widths to see any effects. There were none. --
3689 7/10/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. result:14.056 pe/MeV
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3690 7/10/2017 Summer Students XP2262 (SN 34426) J16 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. result:8.798 pe/MeV
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3691 7/10/2017 Summer Students XP2262 (SN 34426) J18 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. result:10.26 pe/MeV
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3692 7/10/2017 Summer Students XP2262 (SN 34426) J21 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. result:10.89 pe/MeV
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3693 7/10/2017 Summer Students XP2262 (SN 34426) J27 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. result:11.89 pe/MeV
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3694 7/10/2017 Summer Students XP2262 (SN 34426) J41 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. result: 7.587 pe/MeV
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3695 7/10/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. result:10.97 pe/MeV
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3698 7/11/2017 Summer Students XP2262 (SN 34426) J41 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. result:8.83897 pe/MeV
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3707 7/11/2017 Summer Students XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Wrapped with one layer ESR, and two layers of black tape. Double peak observed in pedestal. result:11.22 pe/MeV
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3709 7/11/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. result:10.5329 pe/MeV
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3713 7/11/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Many peaks observed in pedestal. Most likely voltage or gate was changed during the trial. result:11.83 pe/MeV
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3722 7/14/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result:14.51 +/- .82 pe/MeV
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3723 7/14/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. Crystal was left in freezer with optical for several days, possible causing the low light yield. result:5.68889 +/- 2.47504 pe/MeV
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3725 7/14/2017 Summer Students XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer ESR material, 2 layers electrical tape. result:13.1433 +/- .811166 pe/MeV
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3726 7/14/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer Mylar Foil material, 2 layers electrical tape. result: 8.98522 +/- 3.06839 pe/MeV
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3727 7/14/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 19.4425 +/- 11.9027 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3728 7/17/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 11.32 +/- .49 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3729 7/17/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 11.41 +/- .44 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3730 7/17/2017 Summer Students XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer ESR reflector, 2 layers electrical tape. result: 11.83 +/- .49 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3731 7/17/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer Tedlar reflector, 2 layers electrical tape. result: 5.45 +/- .29 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3732 7/17/2017 Summer Students XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 14.80 +/- .35 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3733 7/17/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 11.62 +/- .46 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3734 7/18/2017 Summer Students XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 12.93 +/- .63 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3736 7/18/2017 Summer Students XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 14.36 +/- .70 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3737 7/18/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 14.80 +/- .74 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3738 7/18/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layers teflon tape, 2 layers electrical tape. result: 8.58 +/- .30 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3739 7/18/2017 Summer Students XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer Mylar Foil reflector, 2 layers electrical tape. result: 9.05 +/- .36 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3740 7/18/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer ESR reflector, 2 layers electrical tape. result: 13.22 +/- .59 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3741 7/18/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layers teflon tape, 2 layers electrical tape. result: 8.86 +/- .38 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3742 7/18/2017 Summer Students XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer Mylar Foil reflector, 2 layers electrical tape. result: 10.57 +/- .36 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3743 7/19/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer ESR material, 2 layers electrical tape. result: 15.83 +/- .68 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3744 7/19/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layers teflon tape, 2 layers electrical tape. result: 7.83 +/- .37 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3745 7/19/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layers teflon tape, 2 layers electrical tape. result: 8.10 +/- .59 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3746 7/19/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. top half wrapped in Tedlar, bottom half 3 layers teflon tape, 2 layers electrical tape. result: 6.62 +/- .42 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3747 7/19/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 2 layers teflon tape, 2 layers electrical tape. result: 10.84 +/- .63 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3748 7/19/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. top half wrapped in Tedlar, bottom half 3 layers teflon tape, 2 layers electrical tape. result: 6.58 +/- .51 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3749 7/19/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 2 layers teflon tape, 2 layers electrical tape. result: 10.25 +/- .29 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3750 7/19/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 2 layer Teflon Tape reflector, 2 layers electrical tape. result: 11.42 +/- .64 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3751 7/19/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. top half wrapped in 3 layers teflon tape, bottom half tedlar, 2 layers electrical tape. result: 10.24 +/- .30 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3752 7/19/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. top half wrapped in 3 layers teflon tape, bottom half tedlar, 2 layers electrical tape. result: 10.57 +/- .48 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3753 7/19/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. op half wrapped in 3 layers teflon tape, bottom half tedlar, 2 layers electrical tape. bubbles in optical grease resulting in error, result: 8.18 +/- .72 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3754 7/19/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. bubbles in optical grease resulting in error, result: 8.49 +/- .93 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3755 7/20/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 11.13 +/- .74 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3756 7/20/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. top half wrapped in Tedlar, bottom half 3 layers teflon tape, 2 layers electrical tape. result: 6.93 +/- .25 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3757 7/20/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 11.00 +/- .35 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3758 7/21/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 11.34 +/- .46 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3759 7/21/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. top half wrapped in 3 layers teflon tape, bottom half tedlar, 2 layers electrical tape. result: 9.44 +/- .33 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3760 7/21/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 4 layer Teflon Tape reflector, 2 layers electrical tape. result: 11.97 +/- .46 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3761 7/21/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 4 layer Teflon Tape reflector, 2 layers electrical tape. result: 12.24 +/- .52 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3762 7/21/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 4 layer Teflon Tape reflector, 2 layers electrical tape. result: 12.48 +/- .89 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3763 7/21/2017 Summer Students XP2262 (SN 34426) J24 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. top half wrapped in 3 layers teflon tape, bottom half tedlar, 2 layers electrical tape. result: 9.11 +/- .49 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3764 7/21/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, end wrapped in Tedlar, 2 layers electrical tape. result: 8.75 +/- .27 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3765 7/21/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, end wrapped in Tedlar, 2 layers electrical tape. result: 9.38 +/- .42 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3766 7/21/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, end wrapped in Tedlar, 2 layers electrical tape. result: 9.22 +/- .56 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3768 7/24/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 5 layers teflon tape, 2 layers electrical tape. result: 12.88 +/- .59 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3769 7/24/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 5 layers teflon tape, 2 layers electrical tape. result: 11.50 +/- .53 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3770 7/24/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 5 layer Teflon Tape reflector, 2 layers electrical tape. result: 11.63 +/- .39 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3771 7/25/2017 Summer Students XP2262 (SN 34426) J42 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 5 layer Teflon Tape reflector, 2 layers electrical tape. result: 10.81 +/- .31 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3772 8/1/2017 Summer Students XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layer Teflon Tape reflector, 2 layers electrical tape. result: 10.02 +/- .45 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3773 8/1/2017 Summer Students XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layer Teflon Tape reflector, 2 layers electrical tape. result: 12.17 +/- .58 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3774 8/1/2017 Summer Students XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 12.85 +/- .55 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3775 8/1/2017 Summer Students XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 11.33 +/- .32 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3776 8/2/2017 Summer Students XP2262 (SN 34426) J32 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 11.21 +/- .69 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3777 8/2/2017 Summer Students XP2262 (SN 34426) J19 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 11.80 +/- .46 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3778 8/2/2017 Summer Students XP2262 (SN 34426) J35 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 13.37 +/- .50 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3779 8/2/2017 Summer Students XP2262 (SN 34426) J19 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 11.93 +/- .46 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3780 8/2/2017 Summer Students XP2262 (SN 34426) J35 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layer Teflon Tape reflector, 2 layers electrical tape. result: 12.34 +/- .39 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3782 8/2/2017 Summer Students XP2262 (SN 34426) J19 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer gortex reflector, 2 layers electrical tape. result: 16.59 +/- .60 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3783 8/2/2017 Summer Students XP2262 (SN 34426) J19 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer gortex reflector, 2 layers electrical tape. result: 16.45 +/- .45 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3784 8/2/2017 Summer Students XP2262 (SN 34426) J19 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer gortex reflector, 2 layers electrical tape. result: 16.42 +/- .60 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3785 8/3/2017 Summer Students XP2262 (SN 34426) J35 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 3 layers teflon tape, 2 layers electrical tape. result: 12.34 +/- .33 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3786 8/3/2017 Summer Students XP2262 (SN 34426) J19 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer 200 micrometer Mylar, 2 layers electrical tape. result: 8.96 +/- .21 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3787 8/3/2017 Summer Students XP2262 (SN 34426) J19 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer 200 micrometer Mylar, 2 layers electrical tape. result: 8.68 +/- .34 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3788 8/3/2017 Summer Students XP2262 (SN 34426) J19 -2.300 (NIM) 150 (100 effective) LY at 18°C ~50,000 events - Double peak observed in pedestal. wrapped in 1 layer 200 micrometer Mylar, 2 layers electrical tape. result: 9.10 +/- .23 pe/MeV
Error creating thumbnail: Unable to save thumbnail to destination
3789 9/18/2017 Tanja XP2262 (SN 34426) CRYTUR82 -2.300 (NIM) 150 (100 effective) LY at 18°C With crystal holder, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 11.2 pe/MeV
3790 9/19/2017 Tanja XP2262 (SN 34426) CRYTUR82 -2.300 (NIM) 150 (100 effective) LY at 18°C With crystal holder, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 11.8 pe/MeV
3791 9/19/2017 Tanja XP2262 (SN 34426) J24 (main reference) -2.300 (NIM) 150 (100 effective) LY at 18°C With crystal holder, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 14.3 +- 0.6 pe/MeV
3792 9/19/2017 Tanja XP2262 (SN 34426) J24 (main reference) -2.300 (NIM) 150 (100 effective) LY at 18°C With crystal holder, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 15.1 +- 0.3 pe/MeV
3793 9/19/2017 Tanja XP2262 (SN 34426) J24 (main reference) -2.300 (NIM) 150 (100 effective) LY at 18°C With crystal holder, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: ? pe/MeV
3794 9/19/2017 Tanja XP2262 (SN 34426) J39 (reference #2) -2.300 (NIM) 150 (100 effective) LY at 18°C With crystal holder, double peak observed in pedestal. Was already wrapped (looks like 1 layer teflon and one layer black tape). result: 10 +- 0.2 pe/MeV
3795 9/19/2017 Tanja XP2262 (SN 34426) J39 (reference #2) -2.300 (NIM) 150 (100 effective) LY at 18°C With crystal holder, double peak observed in pedestal. Was already wrapped (looks like 1 layer teflon and one layer black tape). result: 11 +- 0.5 pe/MeV
3796 9/19/2017 Tanja XP2262 (SN 34426) J39 (reference #2) -2.300 (NIM) 150 (100 effective) LY at 18°C Like previous, but WITHOUT crystal holder using a clamp, double peak observed in pedestal. Was already wrapped (looks like 1 layer teflon and one layer black tape). result: 13 +- 0.4 pe/MeV
3797 9/19/2017 Tanja XP2262 (SN 34426) J39 (reference #2) -2.300 (NIM) 150 (100 effective) LY at 18°C Like previous, but WITHOUT crystal holder using a clamp, double peak observed in pedestal. Was already wrapped (looks like 1 layer teflon and one layer black tape). result: 13.2 +- 0.1 pe/MeV
3798 9/22/2017 Tanja XP2262 (SN 34426) J24 (main reference) -2.300 (NIM) 150 (100 effective) LY at 18°C After Thermal Annealing, WITHOUT crystal holder using a clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 15.8 +- 0.4 pe/MeV
3799 9/22/2017 Tanja XP2262 (SN 34426) J24 (main reference) -2.300 (NIM) 150 (100 effective) LY at 18°C After Thermal Annealing, WITHOUT crystal holder using a clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 16.4 +- 0.4 pe/MeV
3800 9/22/2017 Tanja XP2262 (SN 34426) J39 (reference #2) -2.300 (NIM) 150 (100 effective) LY at 18°C After Thermal Annealing, WITHOUT crystal holder using a clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 10.7 +- 0.3 pe/MeV (100k events)
3801 9/22/2017 Tanja XP2262 (SN 34426) J39 (reference #2) -2.300 (NIM) 150 (100 effective) LY at 18°C After Thermal Annealing, WITHOUT crystal holder using a clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 10.8 +- 0.2 pe/MeV (100k events)
3802 9/22/2017 Tanja XP2262 (SN 34426) CRYTUR #82 -2.300 (NIM) 150 (100 effective) LY at 18°C After Thermal Annealing, WITHOUT crystal holder using a clamp, tape shut the end with bigger crack, equilibrate about 20 minutes (shorter than 3798-3801), double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 15.1 +- 0.6 pe/MeV (100k events)
3803 10/3/2017 Tanja Junk - DAQ rebooting VME1 with minicom
3804 10/3/2017 Tanja XP2262 (SN 34426) J24 (main reference) -2.300 (NIM) 150 (100 effective) LY at 18°C After one-week shutdown and DAQ reboot, no other changes from 3799, WITHOUT crystal holder using a clamp, equilibrate ~40 min., double peak observed in pedestal. Still wrapped in 3 layers teflon, 2 layers black tape. result: 17.2 +- 0.8 pe/MeV
3805 10/3/2017 Tanja XP2262 (SN 34426) J24 (main reference) -2.300 (NIM) 150 (100 effective) LY at 18°C using clamp, long run, double peak observed in pedestal. Still wrapped in 3 layers teflon, 2 layers black tape. result: 16.2 +- 0.1 pe/MeV
3806 10/4/2017 Tanja XP2262 (SN 34426) J39 (reference #2) -2.300 (NIM) 150 (100 effective) LY at 18°C using clamp, equilibrate 30min, double peak observed in pedestal. Still wrapped in 3 layers teflon, 2 layers black tape. result: 11.1 +- 0.3 pe/MeV
3807 10/4/2017 Tanja XP2262 (SN 34426) J39 (reference #2) -2.300 (NIM) 150 (100 effective) LY at 18°C using clamp, double peak observed in pedestal. Still wrapped in 3 layers teflon, 2 layers black tape. result: 12.1 +- 0.8 pe/MeV
3808 10/4/2017 Tanja XP2262 (SN 34426) J25 (reference #3) -2.300 (NIM) 150 (100 effective) LY at 18°C using clamp, double peak observed in pedestal. Still wrapped in 3 layers teflon, 2 layers black tape. result: 12.0 +- 0.4 pe/MeV
3809 10/4/2017 Tanja XP2262 (SN 34426) J25 (reference #3) -2.300 (NIM) 150 (100 effective) LY at 18°C using clamp, double peak observed in pedestal. Still wrapped in 3 layers teflon, 2 layers black tape. result: 11.6 +- 0.5 pe/MeV
3810 10/4/2017 Tanja XP2262 (SN 34426) SICCAS 5031 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 12.5 +- 0.3 pe/MeV
3811 10/4/2017 Tanja XP2262 (SN 34426) SICCAS 5031 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 12.4 +- 0.2 pe/MeV
3812 10/4/2017 Tanja XP2262 (SN 34426) SICCAS 5036 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape, better end taped shut, open end has bubbles. result: 11.4 +- 0.3 pe/MeV
3813 10/4/2017 Tanja XP2262 (SN 34426) SICCAS 5036 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape, better end taped shut, open end has bubbles. result: 10.7 +- 0.1 pe/MeV
3814 10/5/2017 Tanja XP2262 (SN 34426) SICCAS 5039 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, equilibrate ~15 min, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 17.4 +- 0.2 pe/MeV
3815 10/5/2017 Tanja XP2262 (SN 34426) SICCAS 5039 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 18.0 +- 0.4 pe/MeV
3816 10/5/2017 Tanja XP2262 (SN 34426) SICCAS 5034 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, equilibrate ~15 min, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 16.1 +- 0.2 pe/MeV
3817 10/5/2017 Tanja XP2262 (SN 34426) SICCAS 5039 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 16.1 +- 0.6 pe/MeV
3818 10/5/2017 Tanja XP2262 (SN 34426) SICCAS 5037 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape, note: optical coupling to PMT not very good in this run. result: 23.4 +- 0.6 pe/MeV
3819 10/5/2017 Tanja XP2262 (SN 34426) CRYTUR II -2.300 (NIM) 150 (100 effective) LY at 18°C install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 13.3 +- 0.4 pe/MeV
3820 10/5/2017 Tanja XP2262 (SN 34426) CRYTUR II -2.300 (NIM) 150 (100 effective) LY at 18°C install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 13.8 +- 0.1 pe/MeV
3821 10/6/2017 Tanja XP2262 (SN 34426) SICCAS 5033 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 12.4 +- 0.4 pe/MeV
3822 10/6/2017 Tanja XP2262 (SN 34426) SICCAS 5033 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 12.2 +- 0.3 pe/MeV
3823 10/6/2017 Tanja XP2262 (SN 34426) SICCAS 5040 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, equilibrate ~10min, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 13.8 +- 0.8 pe/MeV
3824 10/6/2017 Tanja XP2262 (SN 34426) SICCAS 5040 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 13.5 +- 0.3 pe/MeV
3825 10/6/2017 Tanja XP2262 (SN 34426) SICCAS 5035 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 13.5 +- 0.3 pe/MeV
3826 10/6/2017 Tanja XP2262 (SN 34426) SICCAS 5035 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 14.1 +- 0.3 pe/MeV
3827 10/6/2017 Ian/Tanja XP2262 (SN 34426) J24 (main reference) -2.300 (NIM) 150 (100 effective) LY at 18°C install using clamp, start at about 19 degC, no time to equilibrate, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 15.7 +- 0.2 pe/MeV
3828 10/7/2017 Ian/Tanja XP2262 (SN 34426) J24 (main reference) -2.300 (NIM) 150 (100 effective) LY at 18°C install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 15.6 +- 0.1 pe/MeV
3829 10/9/2017 Ian/Tanja XP2262 (SN 34426) J24 (main reference) -2.300 (NIM) 150 (100 effective) LY at 18°C install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 15.6 +- 0.1 pe/MeV
3830 10/10/2017 Tanja XP2262 (SN 34426) SICCAS 5032 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, equilibrate 30min, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 11.4 +- 0.3 pe/MeV
3831 10/10/2017 Tanja XP2262 (SN 34426) SICCAS 5032 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 11.6 +- 0.3 pe/MeV
3832 10/10/2017 Tanja XP2262 (SN 34426) SICCAS 5038 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, equilibrate 30min, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 14.8 +- 0.3 pe/MeV
3833 10/10/2017 Tanja XP2262 (SN 34426) SICCAS 5038 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: 15.96 +- 0.4 pe/MeV
3834 10/10/2017 Tanja XP2262 (SN 34426) SICCAS 5038 (Box3, set 1/160p) -2.300 (NIM) 150 (100 effective) LY at 18°C after thermal annealing, install using clamp, double peak observed in pedestal. wrapped in 3 layers teflon, 2 layers black tape. result: pe/MeV