Date: 31/03/2017
Start: 16:21
BRIKEN run: 038
AIDA Run: R16_581
BigRIPS run: 182
DLT: 170331_1524_Mg40_037.dlt

BRIKEN Rate: 40  cps
F11 Rate:  12 cps

Date: 31/03/2017
Stop: 
BRIKEN run: 38
AIDA Run: R16_611
BigRIPS run:182

Root file:170331_1222_1721_B038_Mg40.root

OBSERVATIONS:

Date: 31/03/2017
Start: 17:22
BRIKEN run: 039
AIDA Run: R16_611
BigRIPS run: 183
DLT: 170331_1722_Mg40_039.dlt

BRIKEN Rate: 40  cps
F11 Rate:  12 cps

Date: 31/03/2017
Stop: 18:33
BRIKEN run:39 
AIDA Run: R16_628
BigRIPS run:183

Root file:170331_1222_1833_B039_Mg40.root

OBSERVATIONS: Stopped to change a stripper foil

PDFs of the local ELog for the RIBF123R1 experiment Nov 2016

13:08 Beam is still OFF. Background acquisition is started.
Degrader:
3 mm Pb   ONLY!

13:25 Signal cables for clover G7 are connected, now G7 spectra are visible in ONLINE.

13:35 Beam Off!

14:00 Beam ON

15:08 Beam OFF, still problems with beam!

15:11 Beam ON 

15:18 Acquisition is stopped. Files 
   161126_1308_002.dlt to 161126_1308_015.dlt
   161126_1308_002.root (online)

Rates:
F11R	:  4.2 & 1.0  & 9.3 Hz
BRIKEN	:  150 & 12.9 & 160 Hz

After experiment 152Eu calibration



Working directory: /data/1706FinalCalibrations
Configuration file: 170604_Conf_BrikenFull_AfterCrisis.xlsx

DLT file name: 170613_1451_152Eu_000.dlt
Start: 14:51
Stop: 15:24
Online rootfile:152Eu_cal_z0_1451_1524_170613.root

COMMENTS:

1. Source centered in both BRIKEN and clovers (faced towards clover D4)
2. No AIDA in
3. D4 clover pulsers are at 253, 260, 265, and 271 keV
4. G7 clover pulsers are beyond 5 MeV. No pulser for crystal G7Green

=====   START OF PARASITIC EXPERIMENTS  ======

=====   Start of measurements 41Al  ======

=======    START    =======
Date 2016/11/26
Start time	: 20:05
BRIKEN run	: 020
Daq Conf. File	: 161125Conf_BrikenFull.xlsx
DLT File name	: 161126_2004_
AIDA run	: R10-0
AIDA start	: 20:05
BigRIPS run	: 40Mg-1011
BigRIPS start	: 19:30
 
---------------------------
Shifters:  AT&AT, AE, GK
=======    Setup    =======
Central fragment:  41Al
--- Degraders ---
 Fixed: 3mm Pb  attached to beam hole in BRIKEN PE shielding
 Variable: 
1=(0.5mm W+1mm Al), 2=(0.3mm W+1mm Al), 3=(1mm W +1mm Al)
1. OUT
2. IN
3. IN

=======  COMMENTS   =======

2016/11/27
02:48 Beam Off for a while.

07:15 Two peaks appeared in the syncMonitor for Ribf-AIDA. It was after the refilling of Liquid Ni. Not clear if
the possible sync problem affected the measurements.   

07:20 Beam OFF

------  Rates  ------
BRIKEN	:   1.90963e+02  Hz
F11R	:   9.75134 Hz
Clovers	:   2.03958e+02  Hz
VPLT	:   1.87119e+01  Hz
VPLB	:   7.76665  Hz
AIDAPL	:   1.00896e+01  Hz

=========   END   =========
Date 2016/11/27
BRIKEN run	: 023
BRIKEN stop	: 06:25
ROOT online	: 161126_2004_020_023.root
AIDA run	: R10-211
AIDA stop	: 06:25
BigRIPS RUN	: 1022

=======    START    =======
Date 2016/11/27
Start time	: 10:41
BRIKEN run	: 030
Daq Conf. File	: 161125Conf_BrikenFull.xlsx
DLT File name	: 161126_1041
AIDA run	: R17_0
AIDA start	: 10:41
BigRIPS run	: 1025
BigRIPS start	: 08:57:33
 
---------------------------
Shifters:  
=======    Setup    =======
Central fragment:  40Mg
--- Degraders ---
 Fixed: 3mm Pb attached to beam hole in BRIKEN PE shielding
 Variable: 
1=(0.5mm W+1mm Al), 2=(0.3mm W+1mm Al), 3=(1mm W +1mm Al)
1. IN
2. IN
3. OUT

=======  COMMENTS   =======
13:00 The syncro was lost. The TimeStamp was reset. We did not stop recording data. AIDA was writing
file R18_28, BRIKEN was writing file 161126_1041_030.dlt (@637MB). Notice that BRIKEN online histograms were not
reset, and the rates will not be plane.

------  Rates  ------
BRIKEN	: 200 Hz
F11R	: 100 Hz
Clovers	: 275 Hz
VPLT	:  18 Hz
VPLB	:   8 Hz
AIDAPL	:  10 Hz

=========   END   =========
Date 2016/11/26
BRIKEN run	: 030
BRIKEN stop	: 13:26
ROOT online	: 161126_1326_029_030.root
AIDA run	: R28_33
AIDA stop	: 13:26
BigRIPS RUN	: 1028

Full RIB123 Elog entries for Takechi && Fallon parasitic experiments
Update:03Dec16
Instructions:
1) Download RIBF123FullEntries.tar.gz-part-aa and RIBF123FullEntries.tar.gz-part-ab

2) Join and uncompress the file on the terminal: 
    # cat RIBF123FullEntries.tar.gz-part-*| tar xz
3) cd RIBF123FullEntries

4) Open with a Browser ELOGRIBF123_161203_2030_fullWeb.html
-----------------------------------------------------------
HTML elogs for BigRIPS are found by unziping BigRIPSRunSummary.zip and EXPDBRunSummary.zip   

-----------------------------------------------------------
The full elog is also included in pdf file. See:

ElogRIBF123_161203_2030_Full_part1.pdf 

ElogRIBF123_161203_2030_Full_part2.pdf 

A scaning with 252Cf along the Z-axis of the neutron detector is carried out. The setup is similar to the scaning carried out in October 2016.

Observations:

- Clovers are put inside the detector without voltage.

- AIDA detector is out of the moderator.

- Position in Z is given with respect to the moderator side opposite to AIDA.

- The shielding for in-beam neutrons is mounted. It corresponds to HDPE 2.5cm + 1mm Cd + 20cm HDPE. The distance moderator to shieldind is 34.6mm

- There are two additional neutron sources in the Hall, aprox 10m from the detector. One 241AmBe (30mC) and 244Cm/O13 (500mC). Both sources produce an increase of the neutron background up to approx1n/s (x10 higher).

- Datafiles are located in the dac computer, path:

/data/1706FinalCalibrations/170615_Zscanning

MEASUREMENTS

Configuration file: 170615_Conf_BrikenFull_AfterCrisis.xlsx

0) A background measurement is carried out previous to the Zscan.

FILE: 170615_1100_Bkg.root

1) Z=25mm;  Start 11:13             Stop 11:23

FILES:   170615_1113_Zscan_252Cf_25mm_000.dlt, 170615_1113_1123_Zscan_252Cf_25mm.root

2) Z=50mm;  Start      11:25       Stop  11:34

FILES:  170615_1125_Zscan_252Cf_50mm_001.dlt, 170615_11125_1134_Zscan_252Cf_50mm.root

3) Z=75mm;  Start     11:37        Stop  11:46

FILES:  170615_1137_Zscan_252Cf_75mm_002.dlt,    170615_1137_1146_Zscan_252Cf_75mm.root

4) Z=100mm;  Start 13:25            Stop   13:33

FILES:    170615_1325_Zscan_252Cf_100mm_003.dlt      170615_1325_1333_Zscan_252Cf_100mm.root

5) Z=125mm;  Start       13:36      Stop   13:44

FILES:    170615_1335_Zscan_252Cf_125mm_004.dlt   170615_1335_1344_Zscan_252Cf_125mm.root

6) Z=150mm;  Start       13:51      Stop   13:59

FILES:    170615_1351_Zscan_252Cf_150mm_005.dlt       170615_1351_1359_Zscan_252Cf_150mm.root

7) Z=175mm;  Start     14:01        Stop   14:09

FILES:    170615_1401_Zscan_252Cf_175mm_006.dlt    170615_1401_1409_Zscan_252Cf_175mm.root

8) Z=200mm;  Start     14:12        Stop   14:21

FILES:    170615_1412_Zscan_252Cf_200mm_007.dlt        170615_1412_1421_Zscan_252Cf_200mm.root

9) Z=225mm;  Start     14:24        Stop   14:31

FILES:    170615_1424_Zscan_252Cf_225mm_008.dlt       170615_1424_1431_Zscan_252Cf_225mm.root

10) Z=250mm;  Start      14:33       Stop   14:40

FILES:    170615_1433_Zscan_252Cf_250mm_009.dlt            170615_1433_1440_Zscan_252Cf_250mm.root

11) Z=275mm;  Start    14:43         Stop   14:50

FILES:    170615_1443_Zscan_252Cf_275mm_010.dlt        170615_1443_1450_Zscan_252Cf_275mm.root

12) Z=300mm;  Start      14:54       Stop   15:01

FILES:    170615_1454_Zscan_252Cf_300mm_011.dlt           170615_1454_1501_Zscan_252Cf_300mm.root

13) Z=325mm;  Start      15:04       Stop   15:11

FILES:    170615_1504_Zscan_252Cf_325mm_012.dlt            170615_1504_1511_Zscan_252Cf_325mm.root

14) Z=350mm;  Start      15:14       Stop   15:22

FILES:    170615_1514_Zscan_252Cf_350mm_013.dlt       170615_1514_1522_Zscan_252Cf_350mm.root

15) Z=375mm;  Start    15:24         Stop   15:31

FILES:    170615_1524_Zscan_252Cf_375mm_014.dlt              170615_1524_1531_Zscan_252Cf_375mm.root

16) Z=400mm;  Start     15:34        Stop   15:41

FILES:    170615_1533_Zscan_252Cf_400mm_015.dlt  170615_1533_1541_Zscan_252Cf_400mm.root

17) Z=425mm;  Start     15:44        Stop   15:57

FILES:    170615_1543_Zscan_252Cf_425mm_016.dlt           170615_1543_1557_Zscan_252Cf_425mm.root

18) Z=450mm;  Start      15:59       Stop   16:08

FILES:    170615_1559_Zscan_252Cf_450mm_017.dlt      170615_1559_Zscan_252Cf_450mm_017.dlt

Clover calibrations. 

- Datafiles are located in the dac computer, path:

/data/1706FinalCalibrations/GammaCalibration

MEASUREMENTS

Configuration file: 170615_Conf_BrikenFull_AfterCrisis.xlsx

1) 152Eu. Source at the center of the moderator (0,0,0)

Source ID: 09 7011

Files: 170615_1805_152Eu_SourceNum272_000.dlt    170615_1805_1818_152Eu_SourceNum272.root

2) 137Cs.  Source at the center of the moderator (0,0,0)

Source ID: 4763

Files: 170615_1837_137Cs_SourceNum4763_001.dlt    170615_1837_1846_137Cs_SourceNum4763.root

3) 152Eu. Source at the center of the moderator (0,0,0)????

Measurement over night.

Source ID: 09 7011

Files: 170615_1805_1850_152Eu_SourceNum272_002.dlt

We start to check every thing for the coming run

New directory: /data/1710Preparation/

Copy last configuration file of RIBF148 experiment
renamed:171016_Conf_BrikenFull.xlsx

Edinburgh clock parameters:
-Square signal.
-Amplitude: 1 Vpp
-Offset: 0.5V
-FreqCh1=FreqCh2

Status:
-F11 (high/low gain), AIDA_PL, DT_Pulser, Sync_Pulse, He tubes are defined and connected. Preliminary
configuration "171016_Conf_BrikenFull.xlsx" attached. 
-YSO & clovers are not connected yet.

YSO Tests 
Thresholds & calibrations



For HV between (500,600)V, the rate of visual scalers do not change. The current thresholds, 

Ch Thr
xa 130
xb 130
ya 130
yb 150
dy 90

Attachment 1: dynVSdynGated. 
>>Black, dyn signal
>>Red, dyn signal gated by 4 anodes (histo xpos)

=======    START    =======
Date 2016/11/27
Start time	: 19:28
BRIKEN run	: 36
Daq Conf. File	: 161125Conf_BrikenFull.xlsx
DLT File name	: 161128_1928
AIDA run	: R24
AIDA start	: 19:28
BigRIPS run	: 1034
BigRIPS start	: 18:33
 
---------------------------
Shifters:  PV, KG, TD
=======    Setup    =======
Central fragment:  41Al @F8
--- Degraders ---
 Fixed: 3mm Pb between Veto plastics up and down + 1mm Al 
 Variable: 
1=(0.5mm W+1mm Al), 2=(0.3mm W+1mm Al), 3=(1mm W +1mm Al)
1. IN
2. IN
3. OUT

=======  COMMENTS   =======
TimeStamp has been reset two times during this run.

ERROR!  Data acquisition with errors during this ring because not restarted after Liquid Nitrogen refilling.

------  Rates  ------
BRIKEN	:     Hz
F11R	:     Hz
Clovers	:     Hz
VPLT	:     Hz
VPLB	:     Hz
AIDAPL	:     Hz

=========   END   =========
Date 2016/11/27
BRIKEN run	: 036
BRIKEN stop	: 20:38
ROOT online	: 161127_1928_036.root
AIDA run	: R25_0
AIDA stop	: 
BigRIPS RUN	: 1035

=======    START    =======
Date 2016/11/27
Start time	: 13:53
BRIKEN run	: 031
Daq Conf. File	: 161125Conf_BrikenFull.xlsx
DLT File name	: 161127_1353
AIDA run	: R20_0
AIDA start	: 13:51
BigRIPS run	: 1028
BigRIPS start	: 12:32:36
 
---------------------------
Shifters:  
=======    Setup    =======
Central fragment:  40Mg
--- Degraders ---
 Fixed: 3mm Pb attached to beam hole in BRIKEN PE shielding
 Variable: 
1=(0.5mm W+1mm Al), 2=(0.3mm W+1mm Al), 3=(1mm W +1mm Al)
1. IN
2. IN
3. OUT

=======  COMMENTS   =======

------  Rates  ------
BRIKEN	:  Hz
F11R	:  Hz
Clovers	:  Hz
VPLT	:   Hz
VPLB	:   
AIDAPL	:   Hz

=========   END   =========
Date 2016/11/26
BRIKEN run	: 031
BRIKEN stop	: 16:04
ROOT online	: 161127_1353_031.root
AIDA run	: R20_27
AIDA stop	: 16:04
BigRIPS RUN	: 1030

These are the files used to create and visualize the hit patterns of the BRIKEN detector.

There are three files needed plus one input data file. The three files are "HybridBRIKENPhysicalHistogram.hpp", "HybridBRIKENPhysicalHistogram.cpp", and "HybryidBRIKEN_Tube_Info_1.txt". These files are attached to this eLog entry.

In order to run this type in a terminal

root -l HybidBRIKENPhysicalHistogram.cpp+

The plus is important, it tells ROOT to compile this with the gcc compiler and then run that compiled version of the code. It runs slow, if at all, in the ROOT C++ interpreter CINT.

The code has been tested with ROOT v5.32 and v5.34, not version 6.

At the bottom of the HybidBRIKENPhysicalHistogram.cpp file is the "main program". In it you can set the input data file, which should be a BRIKEN online root output file, and the 3He energy cuts. It is easiest if all the files are in the same folder. If there are any questions please feel free to email B. Charles (Charlie) Rasco.

Here is a doc with an estimate of the statistical uncertainty P1n and P2n as a function of the number of implant-beta correlations for future experiments.

This will hopefully be useful for the new PAC proposals as an estimate for the time needed to measure a certain precision.

If there are any questions please feel free to email me (Charlie Rasco).

Here are the ORNL/UTK BRIKEN analysis slides presented by BC Rasco on 2017/10/20.

Enjoy the fine reading.

The online seems to be missing some slides, but the pdf has all of the slides.