ELOG DTAS

AIDA GELINA BRIKEN nToF CRIB ISOLDE CIRCE nTOFCapture DESPEC DTAS EDI_PSA 179Ta CARME StellarModelling DCF K40

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	ID	Date	Author	Subject
	109	Mon Jun 10 04:18:24 2019	Ale, Jose	New Configuration File
File: 20190610_1145_Conf_DTAS.xlsx Several changes and corrections Naming: V2A8C1 -> Aux01, ... New or corrected Aux13 -> LP_out (puse out of light pulser) Aux15 -> DTpulser (Out of GSI clock triggering LP) Aux16 -> SyncPulser (Out of GSI clock send out for synchronization with AIDA & BigRIPS) Ranges changed Aux09, ERefAn We observed that LP_out was counting less than the other two so we tried to check DACQ parameters. We basically change nothing Only activated "CFD time" Note that pulse out is a very strange signal: Negative(?),-400mV offset, 200mV high In the DACQ is treated as positive signal with a large negative offset.
Attachment 1: 20190610_1145_Conf_DTAS.xlsx
	115	Mon Jun 10 12:48:01 2019	Ale, Jose	New Config file
Conf file with new calibration: 20190610_2035_Conf_DTAS.xlsx Check root file: 20190610_2050_60Co_137Cs_AIDA_in.root See screen shots:
Attachment 1: 20190610_2035_Conf_DTAS.xlsx
Attachment 2: 20190610_2050_60Co_137Cs_AIDA_in.root
Attachment 3: Screenshot_from_2019-06-10_20-54-43.png

Attachment 4: Screenshot_from_2019-06-10_20-55-42.png

Attachment 5: Screenshot_from_2019-06-10_20-56-39.png

Attachment 6: Screenshot_from_2019-06-10_20-57-29.png

	113	Mon Jun 10 10:44:36 2019	Ale, Jose	New Conf file with new calibration
File: 20190610_1835_Conf_DTAS.xlsx
	126	Sun Jun 16 01:36:08 2019	Victor	Mm 100Sn beam

Attachment 1: Mm_beam_ON_100Sn_runs9-11.png

Attachment 2: Mm_beam_ON_100Sn_runs9-11_zoom.png

Attachment 3: Mm_beam_ON_100Sn_runs9-11.C
{ //=========Macro generated from canvas: c2/Canvas //========= (Sun Jun 16 02:44:48 2019) by ROOT version5.34/36 TCanvas c2 = new TCanvas("c2", "Canvas",65,24,1303,744); gStyle->SetOptStat(0); c2->Range(0,0,1,1); c2->SetFillColor(10); c2->SetBorderMode(0); c2->SetBorderSize(2); c2->SetFrameFillColor(0); c2->SetFrameBorderMode(0); // ------------>Primitives in pad: pad1 TPad pad1 = new TPad("pad1", "Pad",0,0,1,1); pad1->Draw(); pad1->cd(); pad1->Range(-594.2857,-23200.36,4361.905,120612); pad1->SetFillColor(10); pad1->SetBorderMode(0); pad1->SetBorderSize(2); pad1->SetLeftMargin(0.1199078); pad1->SetRightMargin(0.04073789); pad1->SetTopMargin(0.07777778); pad1->SetBottomMargin(0.1402778); pad1->SetFrameFillColor(0); pad1->SetFrameBorderMode(0); pad1->SetFrameBorderMode(0); TH1D E_SUM = new TH1D("E_SUM"," ",14000,0,140000); E_SUM->SetBinContent(2,105345); E_SUM->SetBinContent(3,95898); E_SUM->SetBinContent(4,46529); E_SUM->SetBinContent(5,45264); E_SUM->SetBinContent(6,64447); E_SUM->SetBinContent(7,71757); E_SUM->SetBinContent(8,95053); E_SUM->SetBinContent(9,130595); E_SUM->SetBinContent(10,135550); E_SUM->SetBinContent(11,135651); E_SUM->SetBinContent(12,127283); E_SUM->SetBinContent(13,126797); E_SUM->SetBinContent(14,129990); E_SUM->SetBinContent(15,129813); E_SUM->SetBinContent(16,127287); E_SUM->SetBinContent(17,126975); E_SUM->SetBinContent(18,123029); E_SUM->SetBinContent(19,120656); E_SUM->SetBinContent(20,119487); E_SUM->SetBinContent(21,117725); E_SUM->SetBinContent(22,116024); E_SUM->SetBinContent(23,118288); E_SUM->SetBinContent(24,118185); E_SUM->SetBinContent(25,115505); E_SUM->SetBinContent(26,115745); E_SUM->SetBinContent(27,109000); E_SUM->SetBinContent(28,97940); E_SUM->SetBinContent(29,89343); E_SUM->SetBinContent(30,84545); E_SUM->SetBinContent(31,82657); E_SUM->SetBinContent(32,80738); E_SUM->SetBinContent(33,79684); E_SUM->SetBinContent(34,77951); E_SUM->SetBinContent(35,79363); E_SUM->SetBinContent(36,84951); E_SUM->SetBinContent(37,90827); E_SUM->SetBinContent(38,98075); E_SUM->SetBinContent(39,101285); E_SUM->SetBinContent(40,96854); E_SUM->SetBinContent(41,82521); E_SUM->SetBinContent(42,68510); E_SUM->SetBinContent(43,61833); E_SUM->SetBinContent(44,58300); E_SUM->SetBinContent(45,57335); E_SUM->SetBinContent(46,56323); E_SUM->SetBinContent(47,55170); E_SUM->SetBinContent(48,54364); E_SUM->SetBinContent(49,54816); E_SUM->SetBinContent(50,55183); E_SUM->SetBinContent(51,56755); E_SUM->SetBinContent(52,59195); E_SUM->SetBinContent(53,63513); E_SUM->SetBinContent(54,66590); E_SUM->SetBinContent(55,66420); E_SUM->SetBinContent(56,63371); E_SUM->SetBinContent(57,58230); E_SUM->SetBinContent(58,55070); E_SUM->SetBinContent(59,52672); E_SUM->SetBinContent(60,53033); E_SUM->SetBinContent(61,52495); E_SUM->SetBinContent(62,52289); E_SUM->SetBinContent(63,51402); E_SUM->SetBinContent(64,49940); E_SUM->SetBinContent(65,49273); E_SUM->SetBinContent(66,48174); E_SUM->SetBinContent(67,46469); E_SUM->SetBinContent(68,44513); E_SUM->SetBinContent(69,43277); E_SUM->SetBinContent(70,41987); E_SUM->SetBinContent(71,40550); E_SUM->SetBinContent(72,40234); E_SUM->SetBinContent(73,40035); E_SUM->SetBinContent(74,39309); E_SUM->SetBinContent(75,39766); E_SUM->SetBinContent(76,39350); E_SUM->SetBinContent(77,39135); E_SUM->SetBinContent(78,38444); E_SUM->SetBinContent(79,38443); E_SUM->SetBinContent(80,37413); E_SUM->SetBinContent(81,36768); E_SUM->SetBinContent(82,36016); E_SUM->SetBinContent(83,34601); E_SUM->SetBinContent(84,33611); E_SUM->SetBinContent(85,32575); E_SUM->SetBinContent(86,32719); E_SUM->SetBinContent(87,32487); E_SUM->SetBinContent(88,33706); E_SUM->SetBinContent(89,34819); E_SUM->SetBinContent(90,36509); E_SUM->SetBinContent(91,37732); E_SUM->SetBinContent(92,38699); E_SUM->SetBinContent(93,38569); E_SUM->SetBinContent(94,37928); E_SUM->SetBinContent(95,36115); E_SUM->SetBinContent(96,34749); E_SUM->SetBinContent(97,32657); E_SUM->SetBinContent(98,31494); E_SUM->SetBinContent(99,30498); E_SUM->SetBinContent(100,29508); E_SUM->SetBinContent(101,29261); E_SUM->SetBinContent(102,29368); E_SUM->SetBinContent(103,30838); E_SUM->SetBinContent(104,33662); E_SUM->SetBinContent(105,38839); E_SUM->SetBinContent(106,45283); E_SUM->SetBinContent(107,50123); E_SUM->SetBinContent(108,53860); E_SUM->SetBinContent(109,52295); E_SUM->SetBinContent(110,47506); E_SUM->SetBinContent(111,40709); E_SUM->SetBinContent(112,33875); E_SUM->SetBinContent(113,28647); E_SUM->SetBinContent(114,25722); E_SUM->SetBinContent(115,23842); E_SUM->SetBinContent(116,22987); E_SUM->SetBinContent(117,22531); E_SUM->SetBinContent(118,22111); E_SUM->SetBinContent(119,21944); E_SUM->SetBinContent(120,21363); E_SUM->SetBinContent(121,21057); E_SUM->SetBinContent(122,20733); E_SUM->SetBinContent(123,20849); E_SUM->SetBinContent(124,20839); E_SUM->SetBinContent(125,20991); E_SUM->SetBinContent(126,21260); E_SUM->SetBinContent(127,21792); E_SUM->SetBinContent(128,22530); E_SUM->SetBinContent(129,23413); E_SUM->SetBinContent(130,24746); E_SUM->SetBinContent(131,25968); E_SUM->SetBinContent(132,27338); E_SUM->SetBinContent(133,28384); E_SUM->SetBinContent(134,29222); E_SUM->SetBinContent(135,29736); E_SUM->SetBinContent(136,29653); E_SUM->SetBinContent(137,28905); E_SUM->SetBinContent(138,29330); E_SUM->SetBinContent(139,28968); E_SUM->SetBinContent(140,28356); E_SUM->SetBinContent(141,27877); E_SUM->SetBinContent(142,27297); E_SUM->SetBinContent(143,26761); E_SUM->SetBinContent(144,26002); E_SUM->SetBinContent(145,26183); E_SUM->SetBinContent(146,27296); E_SUM->SetBinContent(147,28284); E_SUM->SetBinContent(148,30445); E_SUM->SetBinContent(149,32117); E_SUM->SetBinContent(150,33783); E_SUM->SetBinContent(151,34637); E_SUM->SetBinContent(152,34007); E_SUM->SetBinContent(153,32040); E_SUM->SetBinContent(154,30368); E_SUM->SetBinContent(155,27461); E_SUM->SetBinContent(156,24694); E_SUM->SetBinContent(157,22251); E_SUM->SetBinContent(158,19958); E_SUM->SetBinContent(159,18371); E_SUM->SetBinContent(160,17047); E_SUM->SetBinContent(161,16007); E_SUM->SetBinContent(162,15355); E_SUM->SetBinContent(163,15208); E_SUM->SetBinContent(164,15380); E_SUM->SetBinContent(165,15338); E_SUM->SetBinContent(166,15968); E_SUM->SetBinContent(167,15840); E_SUM->SetBinContent(168,15969); E_SUM->SetBinContent(169,15595); E_SUM->SetBinContent(170,15237); E_SUM->SetBinContent(171,14957); E_SUM->SetBinContent(172,14235); E_SUM->SetBinContent(173,14081); E_SUM->SetBinContent(174,13541); E_SUM->SetBinContent(175,13582); E_SUM->SetBinContent(176,13532); E_SUM->SetBinContent(177,13609); E_SUM->SetBinContent(178,13965); E_SUM->SetBinContent(179,13724); E_SUM->SetBinContent(180,13610); E_SUM->SetBinContent(181,13617); E_SUM->SetBinContent(182,12797); E_SUM->SetBinContent(183,12357); E_SUM->SetBinContent(184,11878); E_SUM->SetBinContent(185,11269); E_SUM->SetBinContent(186,10773); E_SUM->SetBinContent(187,10407); E_SUM->SetBinContent(188,10348); E_SUM->SetBinContent(189,10151); E_SUM->SetBinContent(190,9992); E_SUM->SetBinContent(191,10065); E_SUM->SetBinContent(192,10345); E_SUM->SetBinContent(193,10721); E_SUM->SetBinContent(194,10970); E_SUM->SetBinContent(195,11589); E_SUM->SetBinContent(196,12053); E_SUM->SetBinContent(197,11978); E_SUM->SetBinContent(198,12575); E_SUM->SetBinContent(199,12476); E_SUM->SetBinContent(200,12122); E_SUM->SetBinContent(201,11362); E_SUM->SetBinContent(202,11014); E_SUM->SetBinContent(203,10344); E_SUM->SetBinContent(204,9735); E_SUM->SetBinContent(205,9402); E_SUM->SetBinContent(206,9199); E_SUM->SetBinContent(207,8557); E_SUM->SetBinContent(208,8106); E_SUM->SetBinContent(209,8040); E_SUM->SetBinContent(210,7840); E_SUM->SetBinContent(211,7486); E_SUM->SetBinContent(212,7471); E_SUM->SetBinContent(213,7414); E_SUM->SetBinContent(214,7468); E_SUM->SetBinContent(215,7534); E_SUM->SetBinContent(216,7484); E_SUM->SetBinContent(217,7685); E_SUM->SetBinContent(218,7718); E_SUM->SetBinContent(219,7916); E_SUM->SetBinContent(220,7880); E_SUM->SetBinContent(221,7868); E_SUM->SetBinContent(222,7807); E_SUM->SetBinContent(223,8064); E_SUM->SetBinContent(224,7881); E_SUM->SetBinContent(225,7774); E_SUM->SetBinContent(226,7751); E_SUM->SetBinContent(227,7434); E_SUM->SetBinContent(228,7479); E_SUM->SetBinContent(229,7235); E_SUM->SetBinContent(230,7044); E_SUM->SetBinContent(231,7044); E_SUM->SetBinContent(232,7016); E_SUM->SetBinContent(233,7003); E_SUM->SetBinContent(234,7093); E_SUM->SetBinContent(235,6902); E_SUM->SetBinContent(236,6962); E_SUM->SetBinContent(237,6880); E_SUM->SetBinContent(238,6865); E_SUM->SetBinContent(239,7001); E_SUM->SetBinContent(240,6883); E_SUM->SetBinContent(241,6953); E_SUM->SetBinContent(242,6866); E_SUM->SetBinContent(243,7012); E_SUM->SetBinContent(244,7290); E_SUM->SetBinContent(245,7296); E_SUM->SetBinContent(246,7356); E_SUM->SetBinContent(247,7568); E_SUM->SetBinContent(248,7612); E_SUM->SetBinContent(249,7569); E_SUM->SetBinContent(250,7653); E_SUM->SetBinContent(251,7571); E_SUM->SetBinContent(252,7552); E_SUM->SetBinContent(253,7499); E_SUM->SetBinContent(254,7481); E_SUM->SetBinContent(255,7500); E_SUM->SetBinContent(256,7456); E_SUM->SetBinContent(257,7588); E_SUM->SetBinContent(258,7308); E_SUM->SetBinContent(259,7741); E_SUM->SetBinContent(260,7906); E_SUM->SetBinContent(261,7926); E_SUM->SetBinContent(262,8243); E_SUM->SetBinContent(263,8322); E_SUM->SetBinContent(264,8371); E_SUM->SetBinContent(265,8466); E_SUM->SetBinContent(266,8582); E_SUM->SetBinContent(267,8565); E_SUM->SetBinContent(268,8424); E_SUM->SetBinContent(269,8337); E_SUM->SetBinContent(270,8008); E_SUM->SetBinContent(271,7815); E_SUM->SetBinContent(272,7640); ... 20627 more lines ...*
Attachment 4: Mm_beam_ON_100Sn_runs9-11_linear.png

	141	Mon Jun 17 06:28:06 2019	Victor	MC number of implants
Counts in DTAS Proposal 2730 4 days 888 5 days 1102 10 days 2196
Attachment 1: MC_100Sn_days.png

	96	Tue Jun 4 06:25:51 2019	A. Algora	Lead shielding was "upgraded"
With the help of Tom the additional lead pieces were put. So now the hole in the lead shielding matches the hole in the polyethylene shielding. The hole is 11 cm x 11 cm approximately
	44	Fri May 24 07:57:51 2019	A. Algora	Lead shielding heigth increased
The aluminium plate of 3 cm thickness arrived and the lead shielding was dismounted and mounted again. We left a narrower hole in it. Special thanks to Tom, who helped with the hard physical work.
	66	Wed May 29 02:07:20 2019	A. Algora	Irradiation for 24Na
Irradiation of two pieces of aluminium of 80 mm x 40 mm x 10 mm will be performed at the second BigRips dipole. The pieces were placed with the help of Fukuda and Nishimura san.
	2	Tue May 14 13:16:33 2019	JLT	Hardware setup

Attachment 1: DTAS-setup.png

Attachment 2: DTAS-shielding.pdf

Attachment 3: InnerSuportFrame.pdf

Attachment 4: DTAS-assembly.png

Attachment 5: DTAS-module.png

Attachment 6: DTAS-PMT.pdf

Attachment 7: DTAS-VD.pdf

Attachment 8: WellDetector.png

Attachment 9: WellDetector-PMT.pdf

Attachment 10: MSI-8-P.pdf

Attachment 11: 6010_datasheet.pdf

	56	Mon May 27 07:34:58 2019	A. Algora	HV status
EMPTY00 │ 0.0 V 1500.0 uA 0.5 V 0.5 uA Off │00.0000 DET01 │ 599.0 V 1500.0 uA 598.5 V 90.0 uA On │00.0001 DET02 │ 548.5 V 1500.0 uA 548.0 V 82.5 uA On │00.0002 DET03 │ 530.5 V 1500.0 uA 530.0 V 80.0 uA On │00.0003 DET04 │ 697.5 V 1500.0 uA 697.5 V 105.0 uA On Admi4 DET05 │ 451.5 V 1500.0 uA 451.0 V 67.5 uA On 05 DET06 │ 820.0 V 1500.0 uA 820.5 V 123.0 uA On Status Ch06 DET07 │ 560.0──────────────560.0 V 84.0 uA On ────────────────┬─0.0007 DET08 │ 486.0 V 1500.0 uA 486.0 V 73.0 uA On │00.0008 EMPTY09 │ 0.0 V 1500.0 uA 1.0 V 0.5 uA Off │00.0009 EMPTY10 │ 0.0 V 1500.0 uA 0.5 V 0.0 uA Off │00.0010 EMPTY11 │ 0.0 V 1500.0 uA 1.0 V 0.5 uA Off │00.0011 EMPTY12 │ 0.0 V 1500.0 uA 0.0 V 0.0 uA Off │00.0000 DET11 │ 579.0 V 300.0 uA 579.5 V 86.5 uA On │00.0001 DET12 │ 506.0 V 300.0 uA 506.5 V 76.0 uA On │00.0002 DET13 │ 623.5 V 300.0 uA 623.5 V 92.5 uA On │00.0003 DET14 │ 649.5 V 300.0 uA 649.5 V 96.5 uA On │00.0004 DET15 │ 656.5 V 300.0 uA 656.5 V 97.5 uA On │00.0005 DET16 │ 530.5 V 300.0 uA 530.0 V 78.5 uA On │00.0006 EMPTY12 │ 0.0 V 1500.0 uA 0.0 V 0.0 uA Off │02.0000 DET11 │ 578.0 V 300.0 uA 578.0 V 86.5 uA On │02.0001 DET12 │505.5 V 300.0 uA 506.0 V 76.0 uA On │02.0002 DET13 │ 624.5 V 300.0 uA 624.5 V 92.5 uA On │02.0003 DET14 │ 650.0 V 300.0 uA 650.0 V 96.0 uA On │02.0004 DET15 │ 657.0 V 300.0 uA 657.0 V 98.0 uA On │02.0 DET16 │ 530.5 V 300.0 uA 530.0 V 78.5 uA On │00.0006 DET17 │ 462.0 V 300.0 uA 461.5 V 68.0 uA On │00.0007 DET18 │ 518.5 V 300.0 uA 518.5 V 77.5 uA On │00.0008 EMPTY19 │ 0.0 V 300.0 uA 0.0 V 0.0 uA Off │00.0009 EMPTY20 │ 0.0 V 300.0 uA 0.0 V 0.0 uA Off │00.0010 REF01 │ 800.0 V 300.0 uA 800.0 V 174.0 uA On │00.0011 EMPTY12 │ 0.0 V 1500.0 uA 0.0 V 0.0 uA Off │02.0000
	5	Wed May 15 06:53:52 2019	Nacher Kiss Algora	HV setting
EMPTY00 │0.0 V 1500.0 uA 0.5 V 0.5 uA Off │00.0000 DET01 │ 597.0 V 1500.0 uA 596.5 V 89.5 uA On │00.0001 DET02 │ 548.5 V 1500.0 uA 548.0 V 82.5 uA On │00.0002 DET03 │ 526.0 V 1500.0 uA 526.0 V 79.0 uA On │00.0003 DET04 │ 697.0 V 1500.0 uA 696.5 V 105.0 uA On │00.0004 DET05 │ 449.5 V 1500.0 uA 449.0 V 67.0 uA On │00.0005 DET06 │ 820.0 V 1500.0 uA 820.5 V 123.0 uA On │00.0006 DET07 │ 558.0 V 1500.0 uA 558.0 V 84.0 uA On │00.0007 DET08 │ 486.0 V 1500.0 uA 486.0 V 73.5 uA On │00.0008 EMPTY09 │ 0.0 V 1500.0 uA 1.0 V 0.5 uA Off │00.0009 EMPTY10 │ 0.0 V 1500.0 uA 0.5 V 0.0 uA Off │00.0010 EMPTY11 │ 0.0 V 1500.0 uA 1.0 V 0.5 uA Off │00.0011 EMPTY12 │ 0.0 V 1500.0 uA 0.0 V 0.0 uA Off │02.0000 DET11 │ 576.5 V 300.0 uA 576.5 V 86.0 uA On │02.0001 DET12 │ 505.0 V 300.0 uA 505.5 V 75.5 uA On │02.0002 DET13 │ 620.0 V 300.0 uA 620.0 V 92.0 uA On │02.0003 DET14 │ 650.0 V 300.0 uA 650.0 V 96.5 uA On │02.0004 DET15 │ 653.5 V 300.0 uA 653.5 V 97.0 uA On │02.0005 DET16 │ 530.0 V 300.0 uA 529.5 V 78.5 uA On │02.0006 DET17 │ 462.5 V 300.0 uA 462.0 V 68.0 uA On │02.0007 DET18 │ 518.0 V 300.0 uA 518.0 V 77.5 uA On │02.0008 EMPTY19 │ 0.0 V 300.0 uA 0.0 V 0.0 uA Off │02.0009 EMPTY20 │ 0.0 V 300.0 uA 0.0 V 0.0 uA Off │02.0010 REF01 │800.0 V 300.0 uA 800.0 V 174.0 uA On │02.0011
	111	Mon Jun 10 09:58:42 2019	Jose, Ale	Gain matching
We have corrected small gain changes by changing the HV of detectors. Attached are the new values
Attachment 1: Screenshot_from_2019-06-10_17-58-00.png

Attachment 2: Screenshot_from_2019-06-10_17-57-56.png

	67	Wed May 29 07:04:19 2019	A. Algora	F11 plastic connected
F11 plastic has been connected to our dacq as it was in the earlier BRIKEN setting. The detector cables were followed and connections checked. The outputs of the detector (L and R) go through an Ortec TFA 474 with the following settings: Coarse gain: x4 Fine gain: looks minimal Integrate (ns): 200 Diff (ns): 100 Non-inv setting After the TFA, the Right signal is plugged in channel 1 of our card, and an attenuated signal (50 Ohm) is plugged in channel 3. Similarly the Left signal after the TFA is plugged in channel 2 and the attenuated signal is plugged in channel 4. Parameters of the channels of the dacq have to be checked.
	7	Wed May 15 08:11:46 2019	Tolosa, Nacher, Algora, Kiss	Energy resolutions
Using getSigmaCal.cxx macro to check energy resolutions... root [3] getSigmaCal("201905151555_137Cs.root") EAn01 660.978 20.4516 7.27122% EAn02 662.018 21.8206 7.74577% EAn03 654.685 21.2331 7.62164% EAn04 664.496 21.7799 7.70251% EAn05 661.188 21.3019 7.57112% EAn06 663.225 22.609 8.01103% EAn07 658.977 21.7486 7.75584% EAn08 661.333 21.1595 7.51887% EAn11 660.622 20.6158 7.33354% EAn12 662.106 22.8196 8.09931% EAn13 660.16 19.4654 6.92918% EAn14 660.348 22.9705 8.17459% EAn15 660.277 19.6762 7.00298% EAn16 661.323 22.0482 7.83478% EAn17 659.072 21.5303 7.6769% EAn18 662.739 22.9924 8.15284% EDy01 660.951 20.8514 7.41366% EDy02 661.465 22.2272 7.89669% EDy03 654.887 21.7742 7.81345% EDy04 663.585 22.2593 7.88284% EDy05 660.353 21.7962 7.75661% EDy06 661.692 23.2316 8.25072% * EDy07 658.636 22.3986 7.99178% EDy08 662.167 21.8422 7.75169% EDy11 661.634 21.2086 7.53289% EDy12 662.504 23.1784 8.22173% * EDy13 660.297 20.7076 7.36985% EDy14 662.493 23.5084 8.33893% * EDy15 661.844 20.3493 7.22539% EDy16 662.861 23.092 8.18665% EDy17 661.152 22.215 7.89612% EDy18 659.903 23.6411 8.41889% *
Attachment 1: getSigmaCal.cxx
#include "TH1.h" #include "TSpectrum.h" #include "TFile.h" #include "TGraph.h" #include "TF1.h" #include "TMath.h" #include <string> #include <cmath> #include <vector> #include <iostream> #include <map> #include <sstream> constexpr int eblow = 10; //bins constexpr int rebinFac = 1; // constexpr int maxnpeaks = 10; //max peaks to look for constexpr double sigmaPeak = 4.0; constexpr double thrPeak = 0.05; constexpr double ene60Co1 = 1173.2;// keV constexpr double ene60Co2 = 1332.5;// keV constexpr double ene137Cs = 661.66;// keV const std::vector<std::string> histoNames_v = { "EAn01", "EAn02", "EAn03", "EAn04", "EAn05", "EAn06", "EAn07", "EAn08", "EAn11", "EAn12", "EAn13", "EAn14", "EAn15", "EAn16", "EAn17", "EAn18", "EDy01", "EDy02", "EDy03", "EDy04", "EDy05", "EDy06", "EDy07", "EDy08", "EDy11", "EDy12", "EDy13", "EDy14", "EDy15", "EDy16", "EDy17", "EDy18" }; //const std::vector<std::string> histoNames_v = { "EDy18" }; double ff (double x,doublep){return p[0]std::exp(-(x - p[1])(x - p[1])/(2p[2]p[2]))+p[3];}; double ff2 (double x,doublep){return p[0]std::exp(-(x - p[1])(x - p[1])/(2p[2]p[2]))+p[3] + p[4]ROOT::Math::erfc( (x- p[1])/( sqrt(2)p[2])) ;}; auto myTF1 = new TF1("myGaus", ff2 , 0 ,1 , 5 ); std::vector<TH1> h_v; std::vector<TH1> hFit_v; void getSigmaCal(std::string ifilename ) { TFile ifile( ifilename.c_str(), "read" ); TH1 h = nullptr; for( auto & histoName_it : histoNames_v ) { ifile.GetObject( histoName_it.c_str(), h ); if( h ) { h->GetXaxis()->SetRangeUser(550,750); myTF1->SetParameters(1000,662,30,200,100); h->Fit("myGaus",""); double mean(h->GetFunction("myGaus")->GetParameters()[1]); double sigma(h->GetFunction("myGaus")->GetParameters()[2]); std::cout << h->GetName() << "\t" << mean << "\t" << sigma << "\t" << 235sigma/mean << "%\t" << std::endl; h_v.push_back( (TH1) h->Clone( std::string( std::string(h->GetName()) + "_c" ).c_str() ) ); h_v.back()->SetDirectory(0); hFit_v.push_back( (TH1*)h->GetFunction("myGaus")->CreateHistogram()->Clone( std::string( std::string(h->GetName()) + "_cFit" ).c_str() ) ); hFit_v.back()->SetDirectory(0); } } ifile.Close(); TFile ofile("calFit5.root","recreate"); for(auto & vit : h_v ) vit->Write(); // for(auto & vit : hFit_v ) // vit->Write(); ofile.Close(); return; }
Attachment 2: calFit5.root
	22	Mon May 20 09:39:23 2019	A. Algora	Dynode 08 threshold changed
Dynode 08 threshold was changed from 675 to 790. Now the rate in this detector is fine. The global rates for the cards (dynodes and anodes) are similar.
	14	Thu May 16 06:59:51 2019	Algora Kiss Nacher	Det 3
Det 3 moved, both Anode and Dynode. So we have changed the HV cable to test if there are no more jumps. We used cable 9 and it was not relabeled. The HV of the detector was corrected. It was changed to 527.5 V
	4	Wed May 15 06:40:16 2019	Algora, Kiss, Nacher	DTAS aligned and calibrated
Signal cables (long cables, from preamp to digitizer) of channels 13 and 16 were changed. For the moment they have not been relabelled. We assumed that it was not a HV supply or cable problem, since the anods were aligned and only the dynodes moved. After changing the cables we realigned the dynodes and recalibrated all signals. Screen shots are attached. File (root file) with the two sources (Co and Cs) saved as 201905151432_137Cs60Co.root Configuration file: 20190515_Conf.xlsx Rate with two sources: 52 kHz (Dynodes), 47 kHz (Anodes)
Attachment 1: Screenshot_from_2019-05-15_14-29-57.png

Attachment 2: Screenshot_from_2019-05-15_14-30-57.png

Attachment 3: Screenshot_from_2019-05-15_14-31-25.png

Attachment 4: Screenshot_from_2019-05-15_14-31-55.png

	25	Tue May 21 02:20:26 2019	A. Algora	Cs measurement, Cs401, 4763
Start: 10:25 Stop: 11:26 lmd: Cs137_source_201905211025_052.dl ...Cs137_source_201905211025_053.dlt root: 201905211126_137Cs.root Rates: 8.0 kHz (Dynodes), 8.1 kHz (Anodes) Comment: detector 3 HV was increased by 1 V ( from 529 to 530 V). Used source CS401, 4763 as in earlier measurements. The red box Cs source is too strong. We had 150 kHz in the cards. Details of the source:137Cs, 8.23x 10**3 Bq at 2010/03/16, ID: CS401, 4763 Root file attached, and tested
Attachment 1: 201905211126_137Cs.root
	102	Fri Jun 7 09:37:15 2019	The same team	Cs for the AIDA synch test
Start: 17:41 Stop: 18:17 AIDA files: R19_1 (@17:57) Dtas files: 201906071738_137Cs_AIDA_248.dlt Comment: 137Cs (ID: XXXX) put in the centre of the DTAS on top of AIDA, with the help of the plastic ruler
	103	Fri Jun 7 12:35:14 2019	Jorge, Alvaro	Correlation time AIDA_DTAS for 60Co source
Files at mars /home/briken/190607AidaTasTest60Co
Attachment 1: AidaDTAS60CoTest.pdf

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