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
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

127	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

Attachment 2: SUM_and_individuals_anodes_cut20MeV.png

132	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

Attachment 2: Mm_sides_2.png

Attachment 3: Mm_sides_3.png

Attachment 4: Mm_sides_4.png

Attachment 5: Mm_sides_5.png

Attachment 6: Mm_sides_6.png

Attachment 7: Mm_sides_7.png

Attachment 8: Mm_sides_8.png

136	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

Attachment 2: Sum_coin_F11.png

Attachment 3: Sum_coin_F11_for_back.png

137	Sun Jun 16 22:56:41 2019	Victor	rates modules in coincidence with F11
Module Rate cps Rate coin. F11 cps Difference cps 1 36.8868 13.4045 23.4824 2 11.9046 1.16338 10.7412 3 35.5992 12.8111 22.7881 4 12.114 1.2723 10.8417 5 37.6139 13.2296 24.3843 6 12.793 1.33943 11.4536 7 37.7954 13.4383 24.3571 8 12.4813 1.3365 11.1448 11 29.6067 7.84707 21.7597 12 12.0162 0.859941 11.1563 13 28.9357 7.5685 21.3672 14 11.4407 0.825287 10.6154 15 29.7828 7.77872 22.0041 16 11.4512 0.847232 10.604 17 29.7826 8.0374 21.7452 18 11.3122 0.850505 10.4617
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

142	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

143	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

Attachment 2: TAC_SUM_PlasAIDA.png

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
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
1	Tue May 14 09:41:24 2019	TD	Welcome to the DTAS Elog

100	Fri Jun 7 02:50:40 2019	SN, AA	test of 24Na
Start: 10:49 Stopt: 11:04 Lmd: 201906071049_24Na_AIDA_242.dlt Root: 201906071117_24Na_AIDA_in.root Comment: After irradiation of approximately 7 days, we extracted one Alu plate. It shows 24Na activity and also probably some beta+ activity. The sample was not irradiated in the last 10 hours or so. It is positioned roughly in the center of the detector side in front of AIDA, using the frame prepared in Valencia. It is not in the geometrical centre of the DTAS Rates: 4.5 kHz (Dynodes), 4.5 (Anodes) (Background level was at approximately 1.6-1.7 in both Dynodes, Anodes) We need to check the alignment properly with Cs, but it looks that after one week some of the detectors have moved. Group 1,3,5,7 (all seem to move with respect to detector 1) Group 2,4,6,8 (detector 6 moved) Group 11,13,15,17 (11 and 1 seem aligned, detector 13 moved) Group 12, 14,16, 18 (12 and 2 not aligned, they seem aligned)
Attachment 1: 201906071117_24Na_AIDA_in.root
Attachment 2: Screenshot_from_2019-06-07_11-22-06.png

Attachment 3: Screenshot_from_2019-06-07_11-24-39.png

Attachment 4: Screenshot_from_2019-06-07_11-27-49.png

Attachment 5: Screenshot_from_2019-06-07_11-30-17.png

Attachment 6: Screenshot_from_2019-06-07_11-35-31.png

Attachment 7: Screenshot_from_2019-06-07_11-36-43.png

117	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
120	Sat Jun 15 18:15:08 2019	Pancho& Kike	run 9
Shifters: Pancho & Kike Degrader: none Comments : Last configuration file: 190615_1935_Conf_DTAS.xlsx ######################################################## Date: 2019-06-16 Start: 00:35 DTAS run: 009 AIDA run: _26 BigRIPS run: 2006 Listmode DLT: 190616_0035_100Sn_009.dlt ######################################################## ----> TODO LIST during shift (check it!)<---- CHECK HISTOGRAMS/ Time: xxxx LSUMA (hist. 3), LSUMD (hist. 4), LCryA (hist. 7), LCryD (hist. 8) - OK F11PLR (and L) (hist. 65 and 66) - OK AIDAPL (hist. 69) - OK ERefAn (hist. 70) - OK Group Dynodes, Anodes, Ancilliaries - OK ************** DTAS Rate-dynodes: 3.8kHz DTAS Rate-anodes: 3.3kHz F11 Rate (hist. 27 or 28): 180 cps AIDA Veto Plastic Rate (hist. 26): 13 cps Beam current: 6965 enA (134 pnA, = enA/Zet(Xe), Zet(Xe)=52) ******************************************************************************** ********************************************************************************** ######################################################## Date: June-16th Stop: DTAS run: AIDA run: BigRIPS run: Online ROOT file: ######################################################## Note: Images: Image entitled EDy01 corresponds to Energy of Crystal Dynod 01 (black) and 11 (red) Image entitled EDy02 corresponds to Energy of Crystal Dynod 02 (black) and 12 (red) Image entitled EDy03 corresponds to Energy of Crystal Dynod 03 (black) and 13 (red) .. and so on Image entitled ECryA corresponnd to the sum of anode signal of all crystals (black) and the TAS sum (red)
Attachment 1: Screenshot_from_2019-06-16_01-50-05.png

Attachment 2: Screenshot_from_2019-06-16_01-50-40.png

Attachment 3: Screenshot_from_2019-06-16_01-51-11.png

Attachment 4: Screenshot_from_2019-06-16_01-51-35.png

Attachment 5: Screenshot_from_2019-06-16_01-52-10.png

Attachment 6: Screenshot_from_2019-06-16_01-52-37.png

Attachment 7: Screenshot_from_2019-06-16_01-53-01.png

Attachment 8: Screenshot_from_2019-06-16_01-53-35.png

Attachment 9: Screenshot_from_2019-06-16_01-47-11.png

121	Sat Jun 15 18:38:15 2019	Pancho & Kike	run 12
Shifters: Pancho & Kike Degrader: none Comments : Last configuration file: 190615_1935_Conf_DTAS.xlsx ######################################################## Date: 2019-06-16 Start: 02:33 DTAS run: 012 AIDA run: 43 BigRIPS run: 2007 Listmode DLT: 190616_0233_100Sn_012.dlt ######################################################## ----> TODO LIST during shift (check it!)<---- CHECK HISTOGRAMS/ Time: xxxx LSUMA (hist. 3), LSUMD (hist. 4), LCryA (hist. 7), LCryD (hist. 8) - OK F11PLR (and L) (hist. 65 and 66) - OK AIDAPL (hist. 69) - OK ERefAn (hist. 70) - OK Group Dynodes, Anodes, Ancilliaries - OK ************** DTAS Rate-dynodes: 4.0kHz DTAS Rate-anodes: 3.3kHz F11 Rate (hist. 27 or 28): 180 cps AIDA Veto Plastic Rate (hist. 26): 12 cps Beam current: 6886 enA (132 pnA, = enA/Zet(Xe), Zet(Xe)=52) ******************************************************************************** ********************************************************************************** ######################################################## Date: June-16th Stop: DTAS run: AIDA run: BigRIPS run: Online ROOT file: ######################################################## Note:
122	Sat Jun 15 18:39:07 2019	Pancho & Kike	root files
100Sn root files corresponding to runs 06,07,08 (190616_0030_100Sn_008.root) and runs 09,10,11 (190616_0230_100Sn_011.root) two hours each
Attachment 1: 190616_0030_100Sn_008.root
Attachment 2: 190616_0230_100Sn_011.root
123	Sat Jun 15 20:43:50 2019	Pancho & Kike	root file data 2:30 - 4:30
corresponding to runs .dlt 12-14
Attachment 1: 190616_0430_100Sn_014.root
124	Sat Jun 15 22:43:20 2019	Pancho & Kike	root file data 4:30 - 6:30
corresponding to runs .dlt 15-17 Images: EAn01: All anodes energies overlay. EAn12 shows a bump between 50-100 keV and a peak between 100-120 keV LAn01: all anodes lights overlayed. In LAn06 a peak is seen between 20-30 au (keV?); for LAn12 two bumps are seen between 80-120 au (keV?) and between 130-150 au (keV?)
Attachment 1: 190616_0630_100Sn_017.root
Attachment 2: Screenshot_from_2019-06-16_06-41-32.png

Attachment 3: Screenshot_from_2019-06-16_06-42-55.png

105	Sat Jun 8 04:38:30 2019	Nacher, Algora, Tain, Molina	source top and bottom
137Cs top and bottom test... to check differences we positiones the source at the top and bottom of AIDA respectively. Furthermore, we have changed the LED rate. Source reference: Cs401 - 4763 Root files: 201906081252_137Cs_AIDA_in_top.root (pulser 100 Hz) (Attachment 2) 201906081228_137Cs_AIDA_in_bottom.root (pulser 10 Hz) (Attachment 3) For each detector (An & Dy), the peak is plotted when the source is at top & bottom (Attachment 1).
Attachment 1: testOfPositioning.tar
Attachment 2: 201906081252_137Cs_AIDA_in_top.root
Attachment 3: 201906081228_137Cs_AIDA_in_bottom.root
12	Thu May 16 02:57:15 2019	Nacher, Algora	threshold dynode #13 increased
Threshold of dynode #13 changed from 500 to 700 because of a very high noise. New configuration file: 20190516_Conf.xlsx (attached).
Attachment 1: 20190516_Conf.xlsx

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