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ID |
Date |
Author |
Subject |
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117
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Tue Jun 11 01:45:55 2019 |
Pancho, Ale | background |
Start: 09:46
Stop: 13:49
Background, Aida in, no sources around, no beam
Root file: 20190611_1349_background_AIDA_in.root |
| Attachment 1: 20190611_1349_background_AIDA_in.root
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1
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Tue May 14 09:41:24 2019 |
TD | Welcome to the DTAS Elog |
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127
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Sun Jun 16 02:07:29 2019 |
Victor | Total sum (black) and anodes |
Different cuts at high energy in individual spectra (anodes) and effect in the total sum |
| Attachment 1: SUM_and_individuals_anodes_cut8MeV.png
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| Attachment 2: SUM_and_individuals_anodes_cut20MeV.png
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143
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Mon Jun 17 19:12:33 2019 |
Victor | Total SUM in coincidence with AIDA Plastic |
Also TAC DTAS-Plastic AIDA |
| Attachment 1: Sum_coin_PlasAIDA.png
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| Attachment 2: TAC_SUM_PlasAIDA.png
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132
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Sun Jun 16 07:31:01 2019 |
Victor | The bump in the mutiplicities |
We have calculated the spectra of the module multiplicity for each side (careful! the maximum is 8, since it is
not the total multiplicity but the multiplicity of each side). |
| Attachment 1: Mm_sides_1.png
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| Attachment 2: Mm_sides_2.png
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| Attachment 3: Mm_sides_3.png
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| Attachment 4: Mm_sides_4.png
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| Attachment 5: Mm_sides_5.png
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| Attachment 6: Mm_sides_6.png
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| Attachment 7: Mm_sides_7.png
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| Attachment 8: Mm_sides_8.png
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110
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Mon Jun 10 08:07:17 2019 |
Ale, Jose | Test of pulser count rates |
File: 20190610_1602_background_AIDA_in.root
SyncPulse: 61777
DTPulser: 61277
LP_out: 61289 (!!!?)
EDy01: 61247
EDy13: 61226
LP_out counts more now |
| Attachment 1: 20190610_1602_background_AIDA_in.root
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142
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Mon Jun 17 19:11:06 2019 |
Victor | TAC slowest module vs fastest module DTAS |
Inside events of 320ns window |
| Attachment 1: TAC_last_module_1st_module.png
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81
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Fri May 31 06:48:58 2019 |
A. Algora | T spectra for AIDA and F11 plastics |
T spectra for AIDAPL and F11PLL and F11PLR are defined from now on. The ancilliary card was not saving the CFD values for all channels.
It was modified in order to have those spectra. A new configuration file will be saved. See in the attachment |
| Attachment 1: 20190531_Conf_1.xlsx
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3
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Wed May 15 04:03:23 2019 |
JAR | Synchronization with AIDA working |
Synchronization with AIDA is working, see attached document to proceed. |
| Attachment 1: SyncProcedure.pdf
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136
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Sun Jun 16 22:02:45 2019 |
Victor | Sum in coincidence with F11 |
TAC DTAS (slowest module of the sum) and F11
Total sum in coincidence with F11
Forward sum in coincidence with F11 (only 1-8 modules)
Backward sum in coincidence with F11 (only 11-18 modules) |
| Attachment 1: TAC_SUM_F11.png
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| Attachment 2: Sum_coin_F11.png
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| Attachment 3: Sum_coin_F11_for_back.png
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6
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Wed May 15 07:48:08 2019 |
Kiss Algora Nacher | Saturation and pulser |
Saturation and pulser position after calibration
EDy1 16801 25000
EDy2 18412 not seen
EDy3 25520 not seen
EDy4 15563 not seen
EDy5 22920 not seen
EDy6 13965 not seen
EDy7 17440 28000?
EDy8 17300 28000?
EDy11 14220 22293
EDy12 21824 not seen
EDy13 16750 not seen
EDy14 22230 not seen
EDy15 17505 not seen
EDy16 24955 not seen
EDy17 14250 29590
EDy18 26144 not seen |
| Attachment 1: Saturation_pulser.ods
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42
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Thu May 23 04:18:57 2019 |
A. Algora | SY2527 fixed |
Following the instructions of CAEN, the SY2527 is working again. Some pushing, massaging appear to solve the situation |
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62
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Tue May 28 05:30:03 2019 |
A. Algora | Reference detector threshold changed |
Again the Reference detector was firing mainly in the noise. Threshold increased to 5000 !!!!
New config file was saved, rate of Ref detector now: aprox. 400 kHz |
| Attachment 1: Screenshot_from_2019-05-28_13-29-46.png
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59
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Mon May 27 12:54:48 2019 |
A. Algora | Reference detector |
The reference detector was very noisy. The threshold has been changed from 2000 to 3200. We should look at this more carefully.
The position of the fiber was also changed. It moved too close to the Cs peak. Probably it has to do with the flexibility of the plastik screw that fixes it.
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| Attachment 1: Screenshot_from_2019-05-27_20-54-21.png
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72
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Thu May 30 02:03:33 2019 |
A. Algora | Ref detector position changed, AIDA plastik HV changed |
The position of the reference detector in the ancilliary card was changed from channel 10 to channel 9. Remember that this is important
in relation to all files saved until now.
The HV of AIDA plastic was changed from 1300 V back to 1000 V.
A new configuration file provided by Alvaro and Jose, with some small changes will be loaded.
cp 20190529_Conf_ATJLT.xlsx 20190530_Conf.xlsx
The new configuration file has been uploaded. Reference detector appears in channel V2A8C9. It was necessary to change the range of the histogram, and to recalibrate it.
With the new configuration parameters the pulser appears at 1360 keV in the calibrated spectra of the reference detector.
The threshold of the Ref detector has also been changed. From 4400 to 2800. |
| Attachment 1: 20190530_Conf.xlsx
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70
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Wed May 29 09:49:25 2019 |
A. Algora | New configuration file |
New configuration file after a few small changes in thresholds. |
| Attachment 1: 20190529_Conf.xlsx
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94
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Mon Jun 3 12:56:06 2019 |
A. Algora | New configuration file |
The E range of the AIDA plastic for the construction of the TAIDA plastic spectrum has been changed. Also the range of the TAC_AIDAPL_CryA has been changed.
The estimated range of AIDA was based on the file 201906011624_background_AIDA_in.root, which was with no beam. But I am not sure is the calibration of
AIDAPL is fine. |
| Attachment 1: 20190603_Conf.xlsx
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19
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Mon May 20 06:55:15 2019 |
A. Algora | New config file after calibration |
A file with Co and Cs was collected for 10 min
201905201444_137Cs60Co_align.root
after a minimal correction of the voltages (mentioned in the earlier entry). After this a new calibration was performed.
Rates per detector of the order of 1.7 kHz, Ref det rate 63 Hz, with the pulser set to 10 Hz
Now a check on the other available sources will be performed.
Until now the used Co source was CO401(2530) , which is rather strong (corresponds to key 6)
and the Cs source was CS401 (4763) (key 8). This Cs is fine.
Now the sources on the red box (color ?) will be explored.
Configuration file: 20190520_Conf.xlsx
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84
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Fri May 31 14:17:13 2019 |
A. Algora | New config file |
A new config file provided by Jose and Alvaro is loaded
cp 20190531_Conf_JLTAT.xlsx 20190531_Conf_2.xlsx
Comments: I have modified it afterwards to have TAIDAPL, the threshold in E was too high. The TAC_F11R_CryA was also modified. It is shifted in time and cut as it was.
It remains cut.
Short root file is attached as example
---...---...---...---...---...---...---...---...---...---...---...---...---...---...---...---...---...---...---
*Update*: some of the histograms saved from DACQ online are duplicated (same name, but different cycles: ";1" and ";2"), and the second copy is empty. When you open the ROOT file and write the name of the histogram, the last copy ("cycle") is called, so the empty histogram is displayed.
$ root -l 201905312230_background_AIDA_in.root
root [0]
Attaching file 201905312230_background_AIDA_in.root as _file0...
(TFile *) 0x238ac70
root [1] ESumA->Draw() //empty!
So, there are two options: delete the second copy of the histograms, or create a newer copy of the filled histograms. In order to perform the second option, please write this line,
$ root -l 201905312230_background_AIDA_in.root
root [0]
Attaching file 201905312230_background_AIDA_in.root as _file0...
(TFile *) 0x238ac70
root [1] for (auto&& keyAsObj : *(_file0->GetListOfKeys())){auto key = (TKey*) keyAsObj; if( 1 == key->GetCycle())_file0->Get(Form("%s;%d",key->GetName(),1))->Clone(Form("%s;%d",key->GetName(),3)); }
root [2] ESumA->Draw() //copy of ESumA;1!
The changes will not persist unless the file is opened with "update" mode and the changes are saved at the end.
Alvaro. |
| Attachment 1: 20190531_Conf_2.xlsx
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| Attachment 2: 201905312230_background_AIDA_in.root
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114
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Mon Jun 10 12:31:52 2019 |
Ale, Jose | New calibration |
New calibration with more statistics
File: 20190610_2030_60Co_137Cs_AIDA_in.root
An01_EFIR 306750 536250 606750
An02_EFIR 281250 489750 554250
An03_EFIR 282750 492750 558750
An04_EFIR 263250 456750 518250
An05_EFIR 270750 471750 534750
An06_EFIR 308250 537750 609750
An07_EFIR 290250 506250 572250
An08_EFIR 284250 494250 560250
An11_EFIR 365250 636750 720750
An12_EFIR 263250 459750 519750
An13_EFIR 321750 560250 635250
An14_EFIR 327750 572250 648750
An15_EFIR 299250 521250 590250
An16_EFIR 287250 500250 566250
An17_EFIR 296250 516750 585750
An18_EFIR 273750 479250 542250
Dy01_EFIR 34296.9 59609.4 67578.1
Dy02_EFIR 33828.1 59140.6 66953.1
Dy03_EFIR 34140.6 59453.1 67421.9
Dy04_EFIR 34140.6 59453.1 67265.6
Dy05_EFIR 34453.1 59921.9 67890.6
Dy06_EFIR 33984.4 59453.1 67421.9
Dy07_EFIR 34453.1 60078.1 68046.9
Dy08_EFIR 33828.1 58984.4 66796.9
Dy11_EFIR 34453.1 60078.1 68046.9
Dy12_EFIR 34296.9 59921.9 67890.6
Dy13_EFIR 34296.9 59609.4 67578.1
Dy14_EFIR 34296.9 59921.9 68046.9
Dy15_EFIR 33984.4 59453.1 67421.9
Dy16_EFIR 34296.9 59921.9 67578.1
Dy17_EFIR 34296.9 59921.9 67734.4
Dy18_EFIR 33984.4 59453.1 67265.6
An01_EFIR 306750 536250 606750 0.00223435 -23.9647
An02_EFIR 281250 489750 554250 0.00245634 -29.3018
An03_EFIR 282750 492750 558750 0.00243187 -25.7883
An04_EFIR 263250 456750 518250 0.00263384 -31.3306
An05_EFIR 270750 471750 534750 0.00254201 -26.4752
An06_EFIR 308250 537750 609750 0.00222596 -24.3613
An07_EFIR 290250 506250 572250 0.00237623 -28.3674
An08_EFIR 284250 494250 560250 0.00243187 -29.4361
An11_EFIR 365250 636750 720750 0.00188632 -27.4314
An12_EFIR 263250 459750 519750 0.00261235 -26.3813
An13_EFIR 321750 560250 635250 0.00214105 -27.0487
An14_EFIR 327750 572250 648750 0.00209042 -23.3901
An15_EFIR 299250 521250 590250 0.00230503 -28.1551
An16_EFIR 287250 500250 566250 0.00240375 -28.9034
An17_EFIR 296250 516750 585750 0.00231789 -24.9283
An18_EFIR 273750 479250 542250 0.00249619 -21.9428
Dy01_EFIR 34296.9 59609.4 67578.1 0.0201694 -29.8925
Dy02_EFIR 33828.1 59140.6 66953.1 0.0202412 -23.2189
Dy03_EFIR 34140.6 59453.1 67421.9 0.0201694 -26.741
Dy04_EFIR 34140.6 59453.1 67265.6 0.0202412 -29.5443
Dy05_EFIR 34453.1 59921.9 67890.6 0.020068 -29.6613
Dy06_EFIR 33984.4 59453.1 67421.9 0.020068 -20.2545
Dy07_EFIR 34453.1 60078.1 68046.9 0.0199676 -26.3096
Dy08_EFIR 33828.1 58984.4 66796.9 0.0203445 -26.6048
Dy11_EFIR 34453.1 60078.1 68046.9 0.0199676 -26.3096
Dy12_EFIR 34296.9 59921.9 67890.6 0.0199676 -23.1897
Dy13_EFIR 34296.9 59609.4 67578.1 0.0201694 -29.8925
Dy14_EFIR 34296.9 59921.9 68046.9 0.0198974 -20.435
Dy15_EFIR 33984.4 59453.1 67421.9 0.020068 -20.2545
Dy16_EFIR 34296.9 59921.9 67578.1 0.0201077 -28.6651
Dy17_EFIR 34296.9 59921.9 67734.4 0.0200376 -25.9333
Dy18_EFIR 33984.4 59453.1 67265.6 0.020139 -23.0111 |