HOME ESR EXPERIMENTS LABS etc
E121 E127 E132 E125 E143 laser_cooling_2021 E142 Ê128 E146 E0052 E0018 E0028 E0038
  Bound beta decay experiment on Tl-205, Page 7 of 9  Not logged in ELOG logo
ID Date Author Category Subject
  124   Thu Apr 2 21:12:39 2020 Ragan, Nikos, Pierre-Michel, DimaRunsThree hour measurement (S2: 0/35 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 3 hrs
S2: 0/35 mm

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 19:05 , first file: run0292.lmd 
file running: 0295.lmd

_______________________________________________________________________________

time when accumulation starts: 20:37
time when storage starts: 20:51
time when storage ends: 23:51
I_cooler during storage time: -1 mA

I_cooler =  177 mA


I_SIS: 1.75e9      
ESR particles after stacking: 2e6 (offset 1e5)
Number of stackings: 30
Target ON density: 3.48e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 : 5 mins
(i.e. time for which electron cooler is on after gas jet) 


NTCAp file:
SC_2020-04-02_19-10-21
\IQ_2020-04-02_19-10-14
IQ rate: 8 MS/s
(saved in drive : p)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: 46CBD7E3-0AF1-447C-847E-31BA5224684D.jpeg
46CBD7E3-0AF1-447C-847E-31BA5224684D.jpeg
Attachment 2: 7A404038-88E9-4CAF-91E3-A26A0F8A51EF.jpeg
7A404038-88E9-4CAF-91E3-A26A0F8A51EF.jpeg
  125   Fri Apr 3 00:39:07 2020 Ragan, Pierre-Michel, DimaRunsHalf hour measurement (S2: 0/35 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 0.5 hr
S2: 0/35 mm

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 19:05 , first file: run0292.lmd 
file running: 0295.lmd

_______________________________________________________________________________

time when accumulation starts: 12:08
time when storage starts: 12:25
time when storage ends: 12:55
I_cooler during storage time: -1 mA

I_cooler =  177 mA


I_SIS: 2e9      
ESR particles after stacking: 8.2e5 (offset 1e5)
Number of stackings: 9
Target ON density: 3.45e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 : 3 mins
(i.e. time for which electron cooler is on after gas jet) 


NTCAp file:
SC_2020-04-02_19-10-21
\IQ_2020-04-02_19-10-14
IQ rate: 8 MS/s
(saved in drive : p)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: CC419497-E2AA-4C71-92AD-7F282775FFC2.jpeg
CC419497-E2AA-4C71-92AD-7F282775FFC2.jpeg
Attachment 2: AB10D6CB-87FC-4D9E-9AF0-AA9279D62066.jpeg
AB10D6CB-87FC-4D9E-9AF0-AA9279D62066.jpeg
  126   Fri Apr 3 01:22:13 2020 Ragan, Pierre-Michel, DimaRunsOne hour measurement (S2: 0/35 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 1 hr
S2: 0/35 mm

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 19:05 , first file: run0292.lmd 
file running: 0295.lmd

_______________________________________________________________________________

time when accumulation starts: 01:09
time when storage starts: 01:20
time when storage ends: 02:20
I_cooler during storage time: -1 mA

I_cooler =  174 mA


I_SIS: 1.8e9      
ESR particles after stacking: 2.5e6 (offset 1e5)
Number of stackings: 30
Target ON density: 3.48e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 : 5 mins
(i.e. time for which electron cooler is on after gas jet) 


NTCAp file:
SC_2020-04-02_19-10-21
\IQ_2020-04-02_19-10-14
IQ rate: 8 MS/s
(saved in drive : p)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: 8E469F1D-992F-4E96-A30A-022B0D1A0E5A.jpeg
8E469F1D-992F-4E96-A30A-022B0D1A0E5A.jpeg
  127   Fri Apr 3 03:18:06 2020 Ragan, Pierre-Michel, DimaRunsZero hour measurement (S2: 0/35 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 0 hr
S2: 0/35 mm

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 19:05 , first file: run0292.lmd 
file running: 0298.lmd

_______________________________________________________________________________

time when accumulation starts: 02:36
time when storage starts: 02:47
time when storage ends: 02:47
I_cooler during storage time: -1 mA

I_cooler =  175 mA


I_SIS: 2e9      
ESR particles after stacking: 2.7e6 (offset 1e5)
Number of stackings: 30
Target ON density: 3.49e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 : 3 mins
(i.e. time for which electron cooler is on after gas jet) 


NTCAp file:
SC_2020-04-02_19-10-21
\IQ_2020-04-02_19-10-14
IQ rate: 8 MS/s
(saved in drive : p)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: 3C7167D2-5B67-4A2A-BB16-76DE5DCE6D7F.jpeg
3C7167D2-5B67-4A2A-BB16-76DE5DCE6D7F.jpeg
  128   Fri Apr 3 03:19:46 2020 Ragan, Pierre-Michel, DimaRunsHalf hour measurement (S2: 0/35 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 0.5 hr
S2: 0/35 mm

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 19:05 , first file: run0292.lmd 
file running: 0298.lmd

_______________________________________________________________________________

time when accumulation starts: 03:00
time when storage starts: 03:12
time when storage ends: 03:42
I_cooler during storage time: -1 mA

I_cooler =  175 mA


I_SIS: 1.8e9      
ESR particles after stacking: 2.4e6 (offset 1e5)
Number of stackings: 30
Target ON density: 3.5e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 :  3 mins
(i.e. time for which electron cooler is on after gas jet) 


NTCAp file:
SC_2020-04-02_19-10-21
\IQ_2020-04-02_19-10-14
IQ rate: 8 MS/s
(saved in drive : p)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: FD4F77A6-57C8-40EE-A5D6-B8E84D87C0EF.jpeg
FD4F77A6-57C8-40EE-A5D6-B8E84D87C0EF.jpeg
Attachment 2: D9AB6DAC-8CB1-4AA6-8D65-EF0BEB1BC913.jpeg
D9AB6DAC-8CB1-4AA6-8D65-EF0BEB1BC913.jpeg
Attachment 3: 7ECADF49-BD0A-4AB0-82E3-8825C08C81E3.jpeg
7ECADF49-BD0A-4AB0-82E3-8825C08C81E3.jpeg
  129   Fri Apr 3 03:59:14 2020 Ragan, Pierre-Michel, DimaRunsTwo hour measurement (S2: 0/35 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 2 hr
S2: 0/35 mm

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 04:13,  run0300.lmd 
file running: 0300.lmd

_______________________________________________________________________________

time when accumulation starts: 04:21
time when storage starts: 04:32
time when storage ends: 06:32
I_cooler during storage time: -1 mA

I_cooler =  179 mA


I_SIS: 1.75e9      
ESR particles after stacking: 2.1e6 (offset 1e5)
Number of stackings: 30
Target ON density: 3.66e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 : 7 mins
(i.e. time for which electron cooler is on after gas jet) 


NTCAp file:
SC_2020-04-03_04-17-44
\IQ_2020-04-03_04-17-51
IQ rate: 8 MS/s
(saved in drive : p)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: 2B409195-AF78-46AA-9B5B-F0990B564238.jpeg
2B409195-AF78-46AA-9B5B-F0990B564238.jpeg
Attachment 2: ED3309B6-82E5-4484-A787-ADF94FD55814.jpeg
ED3309B6-82E5-4484-A787-ADF94FD55814.jpeg
  130   Fri Apr 3 04:36:21 2020 Ragan, Pierre-Michel, DimaGeneralElectron cooler problem which was then solved
04:09 Electron cooler had some problem when we were stacking for 2 hours measurement.
04:20 GECEBG2T and GECEBG5T were Reset and then Switched on. Electron cooler started working again
  131   Fri Apr 3 06:35:37 2020 Ragan, Pierre-Michel, Dima, Mei, ShahabRunsHalf hour measurement (S2: 0/35 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 0.5 hr
S2: 0/35 mm

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 04:13,  run0300.lmd 
file running: 0301.lmd

_______________________________________________________________________________

time when accumulation starts: 06:50
time when storage starts: 07:01
time when storage ends: 11:01
I_cooler during storage time: -1 mA

I_cooler =  179 mA


I_SIS: 1.75e9      
ESR particles after stacking: 2.1e6 (offset 1e5)
Number of stackings: 30
Target ON density: 3.66e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 : 8 mins
(i.e. time for which electron cooler is on after gas jet) 


NTCAp file:
SC_2020-04-02_04-17-44
\IQ_2020-04-02_19-04-17-51
IQ rate: 8 MS/s
(saved in drive : p)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: A04655E8-EF30-4ECB-A6F4-2B98982502FA.jpeg
A04655E8-EF30-4ECB-A6F4-2B98982502FA.jpeg
Attachment 2: AE7CF1AD-0E03-45AA-8234-D36D34E85252.jpeg
AE7CF1AD-0E03-45AA-8234-D36D34E85252.jpeg
Attachment 3: 95BAD6CD-5C2E-4B93-8CE5-0F7F6E62B4FA.jpeg
95BAD6CD-5C2E-4B93-8CE5-0F7F6E62B4FA.jpeg
  132   Fri Apr 3 10:06:15 2020 ShahabRunsPlots from Scopes
Just two plots from the scopes for documentation:

magnets.png:

yellow: dipole
green and blue: quadrupoles
red: ESR current


kicker.png:

blue: SIS kicker
yellow: ESR kicker

green: SIS current
red: ESR current

trigger: SIS Kicker
Attachment 1: magnets.png
magnets.png
Attachment 2: kicker.png
kicker.png
  133   Fri Apr 3 11:52:27 2020 ShahabRunsStacking 54 times!
Attachment 1: 2020-04-03_11-48-11-781.png
2020-04-03_11-48-11-781.png
  134   Fri Apr 3 11:59:50 2020 Ragan, Pierre-Michel, DimaRunsFour hour measurement (S2: 0/35 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 4 hr
S2: 0/35 mm

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 04:13,  run0300.lmd 
file running: 0301.lmd

_______________________________________________________________________________

time when accumulation starts: 06:50
time when storage starts: 07:01
time when storage ends: 11:01
I_cooler during storage time: -1 mA

I_cooler =  179 mA


I_SIS: 1.75e9      
ESR particles after stacking: 2.3e6 (offset 1e5)
Number of stackings: 30
Target ON density: 3.3e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 : 5 mins
(i.e. time for which electron cooler is on after gas jet) 


NTCAp file:
SC_2020-04-03_04-17-44
\IQ_2020-04-03_04-17-51
IQ rate: 8 MS/s
(saved in drive : p)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: 708F0673-2D65-4EFA-902F-7067FA5885B4.jpeg
708F0673-2D65-4EFA-902F-7067FA5885B4.jpeg
Attachment 2: 8D6B87F7-B622-41B6-8CBC-E6404443987F.jpeg
8D6B87F7-B622-41B6-8CBC-E6404443987F.jpeg
Attachment 3: 2D175AD1-813B-4C6B-93E0-43B90EFE2584.jpeg
2D175AD1-813B-4C6B-93E0-43B90EFE2584.jpeg
  135   Fri Apr 3 12:02:32 2020 Ragan, Mei, ShahabRunsHalf hour measurement (S2: 0/35 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 0.5 hr
S2: 0/35 mm

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 11:17,  run0303.lmd 
file running: 0303.lmd

_______________________________________________________________________________

time when accumulation starts: 11:19
time when storage starts: 11:46
time when storage ends: 12:16
I_cooler during storage time: -1 mA

I_cooler =  177 mA


I_SIS: 2e9      
ESR particles after stacking: 3.2e6 (offset 5e5)
Number of stackings: 54   (was set for 60 but we missed a few)
Target ON density: 3.66e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 : 23 mins (as Shahab wanted to record data with 400 MHz schottky)
(i.e. time for which electron cooler is on after gas jet) 


NTCAp file:
SC_2020-04-03_11-20-14
\IQ_2020-04-03_11-20-05
IQ rate: 8 MS/s
(saved in drive : p)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: 44FE81B4-D167-4B4D-9E6E-D0C54CD79F23.jpeg
44FE81B4-D167-4B4D-9E6E-D0C54CD79F23.jpeg
Attachment 2: 6FFE01F8-FC91-4A7A-A8E0-52BFC068DD27.jpeg
6FFE01F8-FC91-4A7A-A8E0-52BFC068DD27.jpeg
Attachment 3: 19EBC2DF-C029-4655-A697-7CD69C6E4ADF.jpeg
19EBC2DF-C029-4655-A697-7CD69C6E4ADF.jpeg
Attachment 4: 68740E5C-468F-476A-9D81-FC3D4995D61E.jpeg
68740E5C-468F-476A-9D81-FC3D4995D61E.jpeg
  136   Fri Apr 3 13:21:16 2020 Ragan, Mei, ShahabRunsZero hour measurement (S2: 0/35 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 0 hr
S2: 0/35 mm

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 11:17,  run0303.lmd 
file running: 0304.lmd

_______________________________________________________________________________

time when accumulation starts: 12:58
time when storage starts: 13:16
time when storage ends: 13:16
I_cooler during storage time: -1 mA

I_cooler =  176 mA


I_SIS: 2e9      
ESR particles after stacking: 2.4e6 (offset 5e5)
Number of stackings: 38   (was set for 60 but we missed a few)
Target ON density: 3.54e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 : 2 mins
(i.e. time for which electron cooler is on after gas jet) 


NTCAp file:
SC_2020-04-03_11-20-14
\IQ_2020-04-03_11-20-05
IQ rate: 8 MS/s
(saved in drive : p)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: 8560F317-7B65-476E-84EF-CFFB9C021878.jpeg
8560F317-7B65-476E-84EF-CFFB9C021878.jpeg
  137   Fri Apr 3 13:39:58 2020 Ragan, Mei, Shahab, LaszloRunsEight hour measurement (S2: 0/35 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 8 hr
S2: 0/35 mm

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 11:17,  run0303.lmd 
file running: 0306.lmd

_______________________________________________________________________________

time when accumulation starts: 13:32
time when storage starts: 13:51
time when storage ends: 21:51
I_cooler during storage time: -1 mA

I_cooler =  179 mA


I_SIS: 2e9      
ESR particles after stacking: 3e6 (offset 0)
Number of stackings: 50   
Target ON density: 3.95e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 : 5 mins
(i.e. time for which electron cooler is on after gas jet) 

at 18:30 (start was at 13:51) the stored particles: I_ESR = 1.7e6
at 19:00 the stored particles: I_ESR = 1.6e6
at 19:30 the stored particles: I_ESR = 1.48e6
at 20:00 the stored particles: I_ESR = 1.5e6
at 20:30 the stored particles: I_ESR = 1.4e6
at 21:00 the stored particles: I_ESR = 1.34e6
at 21:30 the stored particles: I_ESR = 1.34e6


NTCAp file:
SC_2020-04-03_11-20-14
\IQ_2020-04-03_11-20-05
IQ rate: 8 MS/s
(saved in drive : p)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: A9A3E9A0-85E9-4A47-93FA-5D722730FCFC.jpeg
A9A3E9A0-85E9-4A47-93FA-5D722730FCFC.jpeg
Attachment 2: B24C41F3-BD4D-4400-9A30-B9CEF7928BBE.jpeg
B24C41F3-BD4D-4400-9A30-B9CEF7928BBE.jpeg
Attachment 3: 7B276C07-1E38-4858-924E-DFEC12F10578.jpeg
7B276C07-1E38-4858-924E-DFEC12F10578.jpeg
  138   Fri Apr 3 14:08:41 2020 ShahabRunsStacking
Attachment 1: 2020-04-03_14-07-13-250.png
2020-04-03_14-07-13-250.png
  139   Fri Apr 3 17:55:13 2020 ShahabRunsNice picture from 205-Tl
In this high contrast Schottky recording, the main three frequency peaks are resolved w.r.t. time from left to right:

203 Hg 80 +, 200 Hg 79+ and 205 Tl 81+

There are also some spurs visible, whose nature is not 100% sure. One possible explanation can be:

Since this is taken during the storage time (gas target still off), we have no separation between parent and daughter ions, the daughter 205 Pb 81+ basically has the same revolution frequency as parent. It is a possibility that after the decay, daughter ions are slowly cooled back to the nominal frequency. Daughter ions are highly charged and have a high velocity, so single ion sensitivity is expected. They come from all directions, but Schottky measures only the longitudinal plane. Symmetric spurs can hence be an indication of this.
Attachment 1: Tl-daughter_spurs.PNG
Tl-daughter_spurs.PNG
  140   Sat Apr 4 00:00:20 2020 Ragan, Laszlo, Pierre-Michel, DimaRunsZero hour measurement (S2: 0/35 mm and S6: -20/7 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 0 hr
S2: 0/35 mm
s6: -20/7

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 22:11,  run0308.lmd 
file running: 0309.lmd

_______________________________________________________________________________

time when accumulation starts: 23:29
time when storage starts: 23:53
time when storage ends: 23:53
I_cooler during storage time: -1 mA

I_cooler =  176 mA


I_SIS: 1.75e9      
ESR particles after stacking: 2.9e6 (offset 5e5)
Number of stackings: ~53   
Target ON density: 4e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 : 2 mins
(i.e. time for which electron cooler is on after gas jet) 



NTCAp file:
SC_2020-04-03_22-12-50
\IQ_2020-04-03_22-13-48
IQ rate: 8 MS/s
(saved in drive : O)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: 0453DD6F-453B-4751-96A3-D9D1CD808CD5.jpeg
0453DD6F-453B-4751-96A3-D9D1CD808CD5.jpeg
Attachment 2: 99B7B973-C12E-4621-BD2B-DDF1D6753DF2.jpeg
99B7B973-C12E-4621-BD2B-DDF1D6753DF2.jpeg
  141   Sat Apr 4 00:11:23 2020 Ragan, Pierre-Michel, DimaRunsHalf hour measurement (S2: 0/35 mm and S6: -20/7 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 0.5 hr
S2: 0/35 mm
s6: -20/7

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 22:11,  run0308.lmd 
file running: 0310.lmd

_______________________________________________________________________________

time when accumulation starts: 23:53
time when storage starts: 00:23
time when storage ends: 00:53
I_cooler during storage time: -1 mA

I_cooler =  177 mA


I_SIS: 1.5e9      
ESR particles after stacking: 2.1e6 (offset 5e5)
Number of stackings: 60  
Target ON density: 4.03e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 : 3 mins
(i.e. time for which electron cooler is on after gas jet) 



NTCAp file:
SC_2020-04-03_22-12-50
\IQ_2020-04-03_22-13-48
IQ rate: 8 MS/s
(saved in drive : O)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: 55E962C4-6891-44E5-937B-5D11AC0FEFCD.jpeg
55E962C4-6891-44E5-937B-5D11AC0FEFCD.jpeg
Attachment 2: 9F371840-1E58-45D2-9EF9-273D72C28626.jpeg
9F371840-1E58-45D2-9EF9-273D72C28626.jpeg
  142   Sat Apr 4 00:40:29 2020 Ragan, Pierre-Michel, DimaRunsZero hour measurement (S2: 0/35 mm and S6: -20/7 mm)
beam: 205Tl81+ (no scraping , Al ~1g/cm2)
energy: 400 MeV/u
storage time: 0 hr
S2: 0/35 mm
s6: -20/7

purpose: data with TARGET ON

Detector position (CsISiPHOS):  out of the ring
Detector position (MWPC):  -60 mm

run start at 22:11,  run0308.lmd 
file running: 0311.lmd

_______________________________________________________________________________

time when accumulation starts: 02:15
time when storage starts: 02:39
time when storage ends: 02:39
I_cooler during storage time: -1 mA

I_cooler =  178 mA


I_SIS: 1.75e9      
ESR particles after stacking: 1.5e6 (offset 5e5)
Number of stackings: 60  
Target ON density: 4e12 
Target on time for measurement: 10 mins (by event mode)      
time spend at manipulation 13 : 2 mins
(i.e. time for which electron cooler is on after gas jet) 



NTCAp file:
SC_2020-04-03_22-12-50
\IQ_2020-04-03_22-13-48
IQ rate: 8 MS/s
(saved in drive : O)

copy and repeat the above (below the line) for every storage time measurement
Attachment 1: D6F92CFB-C5D3-4A7E-BEEC-4DB50BDA1CB5.jpeg
D6F92CFB-C5D3-4A7E-BEEC-4DB50BDA1CB5.jpeg
Attachment 2: 8DC5D5E0-C8B0-4614-A826-1692982FB75F.jpeg
8DC5D5E0-C8B0-4614-A826-1692982FB75F.jpeg
Attachment 3: 67EEB2B9-5D29-45A3-BB4E-D9E466F0716E.jpeg
67EEB2B9-5D29-45A3-BB4E-D9E466F0716E.jpeg
  143   Sat Apr 4 03:06:12 2020 RaganGeneralInstructions if electron cooler goes off during long storage time measurements
Please read the attachment.
Attachment 1: electron_cooler.pdf
electron_cooler.pdf electron_cooler.pdf
ELOG V3.1.5-fc6679b