Run number: 0
Trigger: g
Start time: Mon Feb 27 02:43:50 2023
Stop time: Mon Feb 27 03:21:01 2023

Two Eu sources hanging in more or less focus points of two partially open halves of EAGLE.

A list of runs, to be filled during the experiment is available here:
https://docs.google.com/spreadsheets/d/11tyI5pqYKJ-rMaYLuBIPZCClWz9Vu87W0R5AZc2srd8/edit?usp=sharing

Operators tune beam on the target, collecting run 0023, trigger gg.

Beam on the target:

target+stopper+beam dump: 25 enA   (1.7 pnA)    not stable
5 mm collimator:  0.8 enA 

data taking continued with run 0023

Run 23 Stopped due to some unexpected spikes in the

voltage of collimator.

The plunger did not responde to change distance.

The chamber was opened and observed some yellow spots

seen over the Cd target.

Run 24 has been started but no beams at the moment.

EAGLE is opened.

Just colecting background.

Run 26 Started

Beam 9 enA on the collimator

Run 27 with single gamma trigger

Plunger feedback system is not conected.

Data

Position = 522.6

Supposed = 520

Plunger run = 32

Micrometer = 525.3

Run Data = /onlineNEDA_00/xData/currentRun/needleRU_i27_0027_0011.caendat

RU = 5.58 Mb/s

LF = 3.72 Mb/s

Run 27 with single gamma trigger

Plunger feedback system is not conected.

Data

Position = 522.6

Supposed = 520

Plunger run = 32

Micrometer = 525.3

Run Data = /onlineNEDA_00/xData/currentRun/needleRU_i27_0027_0027.caendat

RU = 5.10 Mb/s

LF = 3.75 Mb/s

Nothing really to report. The data rates are slowly decreasing from around 3 am. Still observing the frequent sharp minima in the data rates.

Run 27 with single gamma trigger

Plunger feedback system is not conected.

Data

Position = 522.6

Supposed = 520

Plunger run = 32

Micrometer = 525.3

Run Data = /onlineNEDA_00/xData/currentRun/needleRU_i27_0027_0031.caendat

RU = 4.70 Mb/s

LF = 3.20 Mb/s

Nothing really to report. The data rates are slowly decreasing from around 3 am. Still observing the frequent sharp minima in the data rates.

Run 27 with single gamma trigger

Plunger feedback system is not conected.

Data

Position = 522.6

Supposed = 520

Plunger run = 32

Micrometer = 525.3

Run Data = /onlineNEDA_00/xData/currentRun/needleRU_i27_0027_0038.caendat

RU = 4.48 Mb/s

LF = 4.07 Mb/s

Nothing really to report. The data rates have been fairly constant since around 4 am. Still observing the frequent sharp minima in the data rates.

Run 27 with single gamma trigger

Plunger feedback system is not conected.

Data

Position = 522.6

Supposed = 520

Plunger run = 32

Micrometer = 525.3

Run Data = /onlineNEDA_00/xData/currentRun/needleRU_i27_0027_0043.caendat

RU = 6.25 Mb/s

LF = 4.06 Mb/s

09:15 beam stopped. data saved

Run 27 stopped

run 28 started

Run 29 with single gamma trigger

Plunger feedback system is not connected.

Data

Position = 522.6

Supposed = 520

Plunger run = 32

Micrometer = 525.3

Run Data = /onlineNEDA_00/xData/hil099/run_0029_02-03-2023_10h28m22s/needleRU_i29_0029_0002.caendat

RU = 38.5 Mb/s

LF = 12.0 Mb/s

un 29 with single gamma trigger

Plunger feedback system is not connected.

Data

Position = 522.6

Supposed = 520

Plunger run = 32

Micrometer = 525.3

Run Data = /onlineNEDA_00/xData/hil099/run_0029_02-03-2023_10h28m22s/needleRU_i29_0029_0021.caendat

RU = 40.1 Mb/s

LF = 12.5 Mb/s

We will change the trigger and we stopped the run number 29

We hane now g-g trigger started.

Run 30 started

beam stop,

EAGLE is closed now

We gave a break to test the cable connection of target, degrader, beam dump and collimator.

Run 30 continues to collect data, we did not stop it.

But not much usefull data in it.

Data

Position = 522.6

Supposed = 520

Plunger run = 32

Micrometer = 525.3

Run Data = /onlineNEDA_00/xData/hil099/run_0030_02-03-2023_11h18m31s/needleRU_i30_0030_0011.caendat

RU = 3.53 Mb/s

LF = 2.40 Mb/s

Data

Position = 522.6

Supposed = 520

Plunger run = 32

Micrometer = 525.3

Run Data = /onlineNEDA_00/xData/hil099/run_0030_02-03-2023_11h18m31s/needleRU_i30_0030_0011.caendat

RU = 3.53 Mb/s

LF = 2.40 Mb/s

beam off and on and off. eagle is opened and run 30 continues

new cable is stucked

Cable test is going on

Data

Position = 522.6

Supposed = 520

Plunger run = 32

Micrometer = 525.3

Run Data = /onlineNEDA_00/xData/hil099/run_0031_02-03-2023_11h18m31s/needleRU_i30_0031_0011.caendat

RU = 3.53 Mb/s

LF = 2.40 Mb/s

cables to colimeter are checked and replaced.

Run 31 was stopped, because plunger distance is reduced to the mininimal one.
It takes time, in the meantime, after some break, run 32  was started, with no beam.

Plunger Run : 48

Supposed Distance = 10 um

position of the target = 10 um

micrometer = 6.5 um

Voltage = 7.957 V

Plunger off set 60 um

Which means we are running 60 um + 10 um (read from position window of plunger) = 70 um.
 

Run 32 Stopped

Run 33 Started

Plunger Run : 48

Supposed Distance = 10 um

position of the target = 10 um

micrometer = 6.5 um

Voltage = 7.957 V

Plunger off set 60 um

Which means we are running 60 um + 10 um (read from position window of plunger) = 70 um.

20:50   Observed beam dropped by a factor of 2 (1.5 enA on the beam dump). Asked the operator to improve beam. 

run stop 22:53 acquisition problem

Run 34 Started (33 was stopped due to acquisition problems)

Plunger Run : 105

Supposed Distance = 10 um

position of the target = 10 um

micrometer = 12.7 um

Voltage = 7.9 V

Plunger off set 60 um

Which means we are running 60 um + 10 um (read from position window of plunger) = 70 um.

at the first 10 min det # 5 was switched off

Ge det #            1         2        3          4         5        6          7          8          9           10           11          12           13         14         15

old scalers:         5        2.5      8          5         8.5     3          5         1.5        5           8.5          8.5          7.5         2.7        2.7         5      kHz

new (Grzes)        1.7     1         3.2       1.8      3.6     0.9       1.7       0.45    1.7          3.5         3.2          3.1         1.           1.          1.7    kHz

beam dump current 3nA

det # 5 scaler  7.7   kHz

stoppped 00:02 because beam current was reduced byu a factor of 2 (see note on the next run)

Started after beam current was reduced by a factor of 2

plunger run # 116

Earlier:   CUP#6  100 enA

Now: CUP#6   50eNA

Beam dump 1.8 enA

Collimator  0.8 enA

The operator is asked to keep the beam dump current not larger than the present value.

Supposed Distance = 10 um

position of the target = 10 um

micrometer = 11.7 um

Voltage = 7.9 V

Plunger off set 60 um

Which means we are running 60 um + 10 um (read from position window of plunger) = 70 um.

Observed that detectors at theta 143 degrees count most.  Is this because they see beam dump?

plunger run # 126

Earlier:   CUP#6  100 enA

Now: CUP#6   50eNA

Beam dump 2.3 enA

Collimator  1.0 enA

RU : 5.44 MB/s

LF : 8.40 MB/s

Supposed Distance = 10 um

position of the target = 10.9 um

micrometer = 10.3 um

Voltage = 7.896 V

Plunger off set 60 um

Which means we are running 60 um + 10 um (read from position window of plunger) = 70 um.

plunger run # 137

Beam dump 2.5 enA

Collimator  1.0 enA

02:21 /onlineNEDA_00/xData/hil099/run_0035_03-03-2023_00h04m26s/needleRU_i35_0035_0010.caendat

RU : 4.70 MB/s

LF : 7.92 MB/s

Supposed Distance = 10 um

position of the target = 10.7 um

micrometer = 9.8 um

Voltage = 7.89 V

Plunger off set 60 um

Which means we are running 60 um + 10 um (read from position window of plunger) = 70 um.

plunger run # 147

Beam dump 2.5 enA

Collimator  0.9 enA

Run Data = /onlineNEDA_00/xData/hil099/run_0035_03-03-2023_00h04m26s/needleRU_i35_0035_0014.caendat

RU : 4.90 MB/s

LF : 8.07 MB/s

Supposed Distance = 10 um

position of the target = 10.5 um

micrometer = 9.2 um

Voltage = 7.93 V

Plunger off set 60 um

Which means we are running 60 um + 10 um (read from position window of plunger) = 70 um.

plunger run # 157

Beam dump 2.5 enA

Collimator  1.0 enA

Run Data = /onlineNEDA_00/xData/hil099/run_0035_03-03-2023_00h04m26s/needleRU_i35_0035_0018.caendat

RU : 4.79 MB/s

LF : 7.69 MB/s

Supposed Distance = 10 um

position of the target = 10.2 um

micrometer = 8.9 um

Voltage = 7.94 V

Plunger off set 60 um

Which means we are running 60 um + 10 um (read from position window of plunger) = 70 um.

plunger run # 167

Beam dump 2.5 enA

Collimator  1.0 enA

Run Data =/onlineNEDA_00/xData/hil099/run_0035_03-03-2023_00h04m26s/needleRU_i35_0035_0022.caendat

RU : 4.90 MB/s

LF : 8.01 MB/s

Supposed Distance = 10 um

position of the target = 10.2 um

micrometer = 8.8 um

Voltage = 7.941 V

nothing has changed. the situation is stable.

plunger run # 178

Beam dump 2.5 enA

Collimator  0.9 enA

Run Data =/onlineNEDA_00/xData/hil099/run_0035_03-03-2023_00h04m26s/needleRU_i35_0035_0027.caendat

RU : 4.65 MB/s

LF : 7.52 MB/s

Supposed Distance = 10 um

position of the target = 10.1 um

micrometer = 8.7 um

Voltage = 7.97 V

nothing has changed. the situation is stable.

plunger run # 188

Beam dump 2.5 enA

Collimator  0.8 enA

Run Data = /onlineNEDA_00/xData/hil099/run_0035_03-03-2023_00h04m26s/needleRU_i35_0035_0030.caendat

RU : 4.15 MB/s

LF : 7.69 MB/s

Supposed Distance = 10 um

position of the target = 10.2 um

micrometer = 9 um

Voltage = 8.964 V

Readout data decreased 5 mb/s to 4 mb/s during 6:30 to 7:30 am. slowly returning to normal value

plunger run # 196

Beam dump 1 enA (given by operators) * 7 (following entry ID#39) = 7 enA

Collimator   0.75  enA

Run Data =/onlineNEDA_00/xData/hil099/run_0035_03-03-2023_00h04m26s/needleRU_i35_0035_0033.caendat

RU : 4.10 MB/s

LF : 7.48 MB/s

Supposed Distance = 10 um

position of the target = 10.2 um

micrometer = 9 um

Voltage = 7.94 V

plunger run # 208

Beam dump 0.75 enA (given by operators) * 7 (following entry ID#39) = 5.25 enA

Collimator   0.75  enA

Run Data =/onlineNEDA_00/xData/hil099/run_0035_03-03-2023_00h04m26s/needleRU_i35_0035_0037.caendat

RU : 3.85 MB/s

LF : 7,29 MB/s

Supposed Distance = 10 um

position of the target = 10.2 um

micrometer = 9.3 um

Voltage = 7.93 V

// we noticed yesterday that GE at 143 degrees counts more than those placed at 117 and 101. The 511 keV line (+ background) is much more pronounced for Ge at 143 degrees. To investigate this issue we decreased the beam intensity to 0.3 enA ( value given by operators at the beam dump ). 

Conclusion - decrease of the beam intensity does not explain above observations (se attached figs)

plunger run # 216

Beam dump 0.3 enA (given by operators) * 7 (following entry ID#39) = 2.1 enA

Collimator     enA

Run Data =/onlineNEDA_00/xData/hil099/run_0035_03-03-2023_00h04m26s/needleRU_i35_0035_0040.caendat

RU : 2.15 MB/s

LF : 5.60 MB/s

Supposed Distance = 10 um

position of the target = 10.6 um

micrometer = 8.8 um

Voltage = 7.8 V

we increased beam intensity to 1.25 enA (readout at the beam dump)

plunger run # 230

Beam dump 1.2  enA (given by operators) * 7 (following entry ID#39) = 8.4 enA

Collimator   0.6  enA

Run Data =/onlineNEDA_00/xData/hil099/run_0035_03-03-2023_00h04m26s/needleRU_i35_0035_0047.caendat

RU : 5.88 MB/s

LF : 8.35 MB/s

Supposed Distance = 10 um

position of the target = 10.2 um

micrometer = 8.8 um

Voltage = 7.94 V

The beam is gone.

the beam comes back.

The counting rate in 511 keV line for sum of the Ge detectors placed at 101, 117 and 143 degrees (with approved ACS). The largest intensity is visible for Ge at 143 degrees, lowest for 101 deg.

=============================== RING 101

Integration in spectrum user_ge_ring101_acceptedACS_clone.spc

RESULT : 3895

=============================== RING 117

Integration in spectrum user_ge_ring117_acceptedACS.spc

RESULT : 9392

=============================== RING 143

Integration in spectrum user_ge_ring143_acceptedACS.spc

RESULT : 15767

The Coulex of 197Au (279.5 keV ) line is visible in all rings with a comparable intensity:

=============================== RING 101

Integration in spectrum user_ge_ring101_acceptedACS_clone.spc

RESULT : 12491

=============================== RING 117

Integration in spectrum user_ge_ring117_acceptedACS.spc

RESULT : 11443

===============================RING 143

Integration in spectrum user_ge_ring143_acceptedACS.spc

RESULT : 10460

beam stop due to the beam energy measurement

The beam energy: ~145 MeV

the beam comes back. The run 35 is still going.

plunger run # 257

Beam dump .... enA (given by operators) * 7 (following entry ID#39) = ... enA

Collimator  ....   enA

Run Data = /onlineNEDA_00/xData/hil099/run_0035_03-03-2023_00h04m26s/needleRU_i35_0035_0059.caendat

RU : 6.18 MB/s

LF : 8.44 MB/s

Supposed Distance = 10 um

position of the target = 10.2 um

micrometer = 8.8 um

Voltage = 7.94 V

Run 36 Started

New Beam energy is 150 MeV

The beam dumb currennt is 2.5 enA.

Plunger run = 282

All germanium detecors look reasonable, as attached.

RUN CONTROL = 36

Data =/onlineNEDA_00/xData/hil099/run_0036_03-03-2023_16h47m35s/needleRU_i36_0036_0087.caendat

RU = 4.57

LF = 3.11

Plunger ;

Planger run = 437

Supposed Dist=10

Micrometer = 10.1

Position = 10.4

Voltage = 7.923

Beam dumb = 0.75 nA

Collimeter =0.5 nA

Everythings is looking stable.

RUN CONTROL = 36

Data =/onlineNEDA_00/xData/hil099/run_0036_03-03-2023_16h47m35s/needleRU_i36_0036_0094.caendat

RU = 6.43

LF = 3.45

Plunger ;

Planger run = 452

Supposed Dist=10

Micrometer = 10.4

Position = 10.4

Voltage = 7.926

Beam dumb = 1 nA

Collimeter =0.5 nA

Everythings is looking stable.

RUN CONTROL = 36

Data =/onlineNEDA_00/xData/hil099/run_0036_03-03-2023_16h47m35s/needleRU_i36_0036_0100.caendat

RU = 6.03

LF = 3.36

Plunger ;

Planger run = 465

Supposed Dist=10

Micrometer = 10.5

Position = 10.5

Voltage = 7.91

Beam dumb = 0.75 nA

Collimeter =0.6 nA

Everythings is looking stable.

RUN CONTROL = 36

Data =/onlineNEDA_00/xData/hil099/run_0036_03-03-2023_16h47m35s/needleRU_i36_0036_0107.caendat

RU = 6.17

LF = 3.25

Plunger ;

Planger run = 479

Supposed Dist=10

Micrometer = 10.6

Position = 10.5

Voltage = 7.908

Beam dumb = 0.8 nA

Collimeter =0.7 nA

Everythings continues to stable.

RUN CONTROL = 36

Data =/onlineNEDA_00/xData/hil099/run_0036_03-03-2023_16h47m35s/needleRU_i36_0036_0114.caendat

RU = 7.30

LF = 3.70

Plunger ;

Planger run = 491

Supposed Dist=10

Micrometer = 10.9

Position = 10.4

Voltage = 7.924

Beam dumb = 1 nA

Collimeter =0.7 nA

Everythings continues to stable.

RUN CONTROL = 36

Run Data = /onlineNEDA_00/xData/hil099/run_0036_03-03-2023_16h47m35s/needleRU_i36_0036_0122.caendat

RU = 5.99

LF = 3.35

Plunger ;

Planger run = 504

Supposed Dist=10

Micrometer = 11.1

Position = 10.2

Voltage = 8.964

Beam dumb = 1 nA

Collimeter =0.7 nA

RUN CONTROL = 36

Run Data = /onlineNEDA_00/xData/hil099/run_0036_03-03-2023_16h47m35s/needleRU_i36_0036_0127.caendat

RU = 6.25

LF = 3.39

Plunger ;

Planger run = 515

Supposed Dist=10 um

Actual Distance = 9.7 um

Position = 10.3 um

Voltage = 7.938 V

Beam dumb = 1 nA

Collimeter =0.7 nA

RUN CONTROL = 36

Run Data = /onlineNEDA_00/xData/hil099/run_0036_03-03-2023_16h47m35s/needleRU_i36_0036_0133.caendat

RU = 6.45 MB/s

LF = 3.45 MB/s

Plunger ;

Planger run = 525

Supposed Dist=10 um

Actual Distance = 9.8 um

micrometer = 11.2 um

Position = 10.1 um

Voltage = 7.943 V

Beam dumb = 1 nA

Collimeter =0.7 nA

UN CONTROL = 36

Run Data =/onlineNEDA_00/xData/hil099/run_0036_03-03-2023_16h47m35s/needleRU_i36_0036_0138.caendat

RU = 6.39 MB/s

LF = 3.42 MB/s

Plunger ;

Planger run = 534

Supposed Dist=10 um

Actual Distance = 9.9 um

micrometer = 11.4 um

Position = 10.3 um

Voltage = 7.933 V

Beam dumb = 1 nA

Collimeter =0.7 nA

AF

UN CONTROL = 36

Run Data =/onlineNEDA_00/xData/hil099/run_0036_03-03-2023_16h47m35s/needleRU_i36_0036_0144.caendat

RU = 6.46 MB/s

LF = 3.48 MB/s

Plunger ;

Planger run = 546

Supposed Dist=10 um

Actual Distance = 10 um

micrometer = 11.4 um

Position = 10.4 um

Voltage = 7.923 V

Beam dumb = 1 nA

Collimeter =0.7 nA

AF

UN CONTROL = 36

Run Data =/onlineNEDA_00/xData/hil099/run_0036_03-03-2023_16h47m35s/needleRU_i36_0036_0154.caendat

RU = 5.91 MB/s

LF = 3.43 MB/s

Plunger ;

Planger run = 563

Supposed Dist=10 um

Actual Distance = 9.8 um

micrometer = 11.0 um

Position = 10.1 um

Voltage = 7.947 V

Beam dumb =

Collimeter =

Stopped at 10.51 pm

Plan: change the distance between the target and the stopper

Plunger run nr at stop: 582

beam current at stop: 0.9 enA at the beam dump

AF

UN CONTROL = 37

Run Data =/onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0000.caendat

RU = 5.91 MB/s

LF = 3.43 MB/s

Plunger ;

Planger run = 585

Supposed Dist=240 um

Actual Distance = 240 (+60) um

Position = 240.9 um

Voltage = 2.717 V

Beam dumb = 0.75 - 1.0 enA

Collimeter = 0.75-1.0 enA

AF

UN CONTROL = 37

Run Data =/onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0005.caendat

RU = 5.38 MB/s

LF = 3.30 MB/s

Plunger ;

Planger run = 596

Supposed Dist=240 um

Actual Distance = 240 um

Position = 240.8 um

Voltage = 2.716 V

Beam dumb =

Collimeter =

UN CONTROL = 37

run data =/onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0010.caendat

RU =  6.96 MB/s

LF = 3.65 MB/s

Plunger ;

Planger run = 607

Supposed Dist= 240 um

Actual Distance =  240.1 um

micrometer = 186.4 um

Voltage =  2.719 V

Beam dumb = 0.75 nA

Collimeter = 0.55nA

UN CONTROL = 37

run data =/onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0017.caendat

RU =  7.86 MB/s

LF =  3.88 MB/s

Plunger ;

Planger run = 616

Supposed Dist= 240 um

Actual Distance =  239.8 um

micrometer = 185.9 um

Voltage =  2.721 V

Beam dumb = 0.75 nA

Collimeter = 0.5nA

ELOG V3.0.0-21dc563

RUN CONTROL = 37

run data =/onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0023.caendat

RU =   7.62 MB/s

LF =  3.83 MB/s

Plunger ;

Plunger run = 626

Supposed Dist=  240 um

Actual Distance =  238.5 um

micrometer = 185.5 um

Voltage =   2.727 V

Beam dumb = 1 nA

Collimeter = 1 nA

UN CONTROL = 37

run data =/onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0030.caendat

RU =  7.78 MB/s

LF =  3.85 MB/s

Plunger ;

Plunger run = 636

Supposed Dist=  240 um

Actual Distance = 239.0 um

micrometer =  185.8 um

Voltage =   2.724 V

Beam dumb = 1 nA

Collimeter = 1 nA

RUN CONTROL = 37

run data =/onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0037.caendat

RU =  7.93 MB/s

LF =  3.91 MB/s

Plunger ;

Plunger run = 646

Supposed Dist=  240 um

Actual Distance = 239.5 um

micrometer =  186.0um

Voltage =   2.725 V

Beam dumb = 1 nA

Collimeter = 1 nA

UN CONTROL = 37

run data =/onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0043.caendat

RU =  7.65 MB/s

LF =  3.86 MB/s

Plunger ;

Plunger run = 656

Supposed Dist=   240 um

Actual Distance = 239.3  um

micrometer =   186.1 um

Voltage =    2.725 V

Beam dumb = 1 nA

Collimeter = 0.75 nA

RUN CONTROL = 37

run data =/onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0051.caendat

RU =   8.02 MB/s

LF =   3.97 MB/s

Plunger ;

Plunger run = 667

Supposed Dist=   240 um

Actual Distance = 238.8 um

micrometer =  186.0 um

Voltage =   2.723  V

Beam dumb = 1 nA

Collimeter = 0.75 nA

RUN CONTROL = 37

Data = /onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0061.caendat

RU = 8.12

LF = 3.94

Plunger ;

Planger run = 683

Supposed Dist=240

Micrometer = 186.4

Position = 239.9

Voltage = 2.724

Beam dumb = 1 nA

Collimeter =2.5 nA

Everything is stable.

RUN CONTROL = 37

Data =/onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0072.caendat

RU = 8.01

LF = 4.02

Plunger ;

Planger run = 698

Supposed Dist=240

Micrometer = 186.9

Position = 240.8

Voltage = 2.72

Beam dumb = 1 nA

Collimeter =0.7 nA

Everything is stable.

RUN CONTROL = 37

Data =/onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0082.caendat

RU = 8.50

LF = 4.14

Plunger ;

Planger run = 712

Supposed Dist=240

Micrometer = 187.6

Position = 241.3

Voltage = 2.714

Beam dumb = 1 nA

Collimeter =0.8 nA

Everything is stable.

RUN CONTROL = 37

Data = /onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0097.caendat

RU = 8.17

LF = 4.04

Plunger ;

Planger run = 733

Supposed Dist=240

Micrometer = 187.6

Position = 241.3

Voltage = 2.715

Beam dumb = 1 nA

Collimeter =0.8 nA

Everything is stable

RUN CONTROL = 37

Data = /onlineNEDA_00/xData/hil099/run_0037_04-03-2023_22h56m17s/needleRU_i37_0037_0106.caendat

RU = 8.65 MB/s

LF = 4.11 MB/s

Plunger ;

Planger run = 745

Supposed Dist=240 um

Micrometer = 187.5 um

Position = 241.1 um

Actual distance = 240.6 um

Voltage = 2.715 V

Beam dumb = 0.75 nA

Collimeter =0.65 nA

Before this run TSs were moved on the LF level, so the BU has easier job to do and everything is more stable.

BU gate was changed from 1500 to 500 ns, this stay valid from now on.

Run 40 Started.

New target

Offset 100 um

RUN CONTROL = 40

Data = /onlineNEDA_00/xData/hil099/run_0040_06-03-2023_00h38m10s/needleRU_i40_0040_0000.caendat

RU = 7.21 MB/s

LF = 3.55 MB/s

Plunger ;

Planger run = 8

0-Point = 232, 7 um

Supposed Distance = 234,7 um

Micrometer = 187.5 um

Position = 241.1 um

Actual Distance = 234,5 um

Voltage =4,106V

Beam dumb =

Collimeter =

Run 40 stooped

Run 41 started

Plunger distance 10 um

RUN CONTROL = 41

Data = /onlineNEDA_00/xData/hil099/run_0041_06-03-2023_00h58m13s/needleRU_i41_0041_0000.caendat

RU = 6.23 MB/s

LF = 3.55 MB/s

Plunger ;

Planger run = 16

Supposed Dist= 242.7 um

Micrometer =  242.7um

Position =  9.7 um

Actual distance = 242.4um

Voltage =  3.824V

Beam dumb = 2.75 nA

Collimeter = 0.8 nA

RUN CONTROL = 41

Data = /onlineNEDA_00/xData/hil099/run_0041_06-03-2023_00h58m13s/needleRU_i41_0041_0007.caendat

RU =  7.55 MB/s

LF = 3.79 MB/s

Plunger ;

Planger run = 27

Supposed Dist= 242.7 um

Micrometer =  243.6 um

Position =  9.6 um

Actual distance = 242.3 um

Voltage =  3.825 V

Beam dumb = 2.5 nA

Collimeter = 0.9 nA

RUN CONTROL = 41

Data = /onlineNEDA_00/xData/hil099/run_0041_06-03-2023_00h58m13s/needleRU_i41_0041_0014.caendat

RU =   6.94 MB/s

LF =  3.62 MB/s

Plunger ;

Planger run = 38

Supposed Dist=  242.7um

Micrometer =  244.2 um

Position =  9.6 um

Actual distance = 242.4 um

Voltage =  3.822 V

Beam dumb =  2.5 nA

Collimeter = 0.85 nA

RUN CONTROL = 41

Data = /onlineNEDA_00/xData/hil099/run_0041_06-03-2023_00h58m13s/needleRU_i41_0041_0020.caendat

RU =    7.26 MB/s

LF =   3.72 MB/s

Plunger ;

Plunger run = 47

Supposed Dist= 242.7 um

Micrometer =  244.5 um

Position =   9.6 um

Actual distance =  242.3 um

Voltage =   3.826 V

Beam dumb =  2.5 nA

Collimeter =  0.8 nA

RUN CONTROL = 41

Data = /onlineNEDA_00/xData/hil099/run_0041_06-03-2023_00h58m13s/needleRU_i41_0041_0026.caendat

RU =    8.24 MB/s

LF =   3.96 MB/s

Plunger ;

Plunger run = 58

Supposed Dist= 242.7 um

Micrometer =   245.0um

Position =    9.9 um

Actual distance =242.5  um

Voltage =    3.816V

Beam dumb =  2.5 nA

Collimeter =  1.1 nA

RUN CONTROL = 41

Data = /onlineNEDA_00/xData/hil099/run_0041_06-03-2023_00h58m13s/needleRU_i41_0041_0031.caendat

RU =    7.58 MB/s

LF =   3.76 MB/s

Plunger ;

Plunger run = 67

Supposed Dist= 242.7 um

Micrometer =   245.4 um

Position =    9.9 um

Actual distance =242.6  um

Voltage =    3.814 V

Beam dumb =  2.5 nA

Collimeter =  1 nA

RUN CONTROL = 41

Data = /onlineNEDA_00/xData/hil099/run_0041_06-03-2023_00h58m13s/needleRU_i41_0041_0038.caendat

RU =  6.46 MB/s

LF =   3.53 MB/s

Plunger ;

Plunger run = 78

Supposed Dist= 242.7 um

Micrometer =   245.5 um

Position =    10.0 um

Actual distance = 242.7 um

Voltage =  3.808  V

Beam dumb =  2.0 nA

Collimeter =   1.25 nA

RUN CONTROL = 41

Data = /onlineNEDA_00/xData/hil099/run_0041_06-03-2023_00h58m13s/needleRU_i41_0041_0043.caendat

RU =   7.3 MB/s

LF =   3.65 MB/s

Plunger ;

Plunger run = 86

Supposed Dist= 242.7 um

Micrometer =  245.3  um

Position =   9.7  um

Actual distance = 242.4 um

Voltage =  3.821  V

Beam dumb =  1.25 nA

Collimeter = 0.75  nA

RUN CONTROL = 41

Data =/onlineNEDA_00/xData/hil099/run_0041_06-03-2023_00h58m13s/needleRU_i41_0041_0050.caendat

RU =   8.13 MB/s

LF =   4.21 MB/s

Plunger ;

Plunger run = 98

Supposed Dist= 242.7 um

Micrometer =  245.8 um

Position =   9.7  um

Actual distance = 242.4 um

Voltage =  3.821  V

Beam dumb =  2 nA

Collimeter = 2  nA

RUN CONTROL = 42

Data =/onlineNEDA_00/xData/hil099/run_0042_06-03-2023_09h54m24s/needleRU_i42_0042_0004.caendat

RU =   5.69 MB/s

LF =   3.37 MB/s

Plunger ;

Plunger run = 115

Supposed Dist= 242.7 um

Micrometer =  246.4 um

Position =   10.3  um

Actual distance = 243 um

Voltage =  3.801  V

Beam dumb =  1.5 nA

RUN CONTROL = 42

Data = /onlineNEDA_00/xData/hil099/run_0042_06-03-2023_09h54m24s/needleRU_i42_0042_0010.caendat

RU =   5.46 MB/s

LF =   3.20 MB/s

Plunger ;

Plunger run = 127

Supposed Dist= 242.7 um

Micrometer =  245.9 um

Position =   10.4  um

Actual distance = 243 um

Voltage =  3.8  V

Beam dumb =  1.5 nA

Collimater=1.25 nA

RUN CONTROL = 42

Data =/onlineNEDA_00/xData/hil099/run_0042_06-03-2023_09h54m24s/needleRU_i42_0042_0019.caendat

RU =   5.12 MB/s

LF =   3.20 MB/s

Plunger ;

Plunger run = 145

Supposed Dist= 242.7 um

Micrometer =  245.5 um

Position =   10  um

Actual distance = 242.7 um

Voltage =  3.812  V

Beam dumb =  1.5 nA

Collimater=1.25 nA

RUN CONTROL = 42

Data =/onlineNEDA_00/xData/hil099/run_0042_06-03-2023_09h54m24s/needleRU_i42_0042_0026.caendat

RU =   5.24 MB/s

LF =   3.19 MB/s

Plunger ;

Plunger run = 162

Supposed Dist= 242.7 um

Micrometer =  245.5 um

Position =   10  um

Actual distance = 242.7 um

Voltage =  3.813  V

Beam dumb =  1 nA

Collimater=1 nA

RUN CONTROL = 42

Data =/onlineNEDA_00/xData/hil099/run_0042_06-03-2023_09h54m24s/needleRU_i42_0042_0035.caendat

RU =   5.43 MB/s

LF =   3.10 MB/s

Plunger ;

Plunger run = 179

Supposed Dist= 242.7 um

Micrometer =  245 um

Position =   9.7  um

Actual distance = 242.4 um

Voltage =  3.822  V

Beam dumb =  1 nA

Collimater=0.5 nA

RUN CONTROL = 42

Data =/onlineNEDA_00/xData/hil099/run_0042_06-03-2023_09h54m24s/needleRU_i42_0042_0045.caendat

RU = 6.95 MB/s

LF = 3.61 MB/s

Plunger ;

Plunger run = 196

Supposed Dist= 242.7 um

Micrometer = 245.2 um

Position = 9.7  um

Actual distance = 245.2 um

Voltage = 3.821 V

Beam dump = 1enA

RUN CONTROL = 42

Data =/onlineNEDA_00/xData/hil099/run_0042_06-03-2023_09h54m24s/needleRU_i42_0042_0053.caendat

RU = 6.75 MB/s

LF = 3.54 MB/s

Plunger ;

Plunger run = 210

Supposed Dist= 242.7 um

Micrometer = 245.2 um

Position = 9.6  um

Actual distance = 242.3 um

Voltage = 4.184 V

RUN CONTROL = 42

Data =/onlineNEDA_00/xData/hil099/run_0042_06-03-2023_09h54m24s/needleRU_i42_0042_0065.caendat

RU = 6.64 MB/s

LF = 3.54 MB/s

Plunger ;

Plunger run = 230

Supposed Dist= 242.7 um

Micrometer = 246 um

Position = 9.7  um

Actual distance = 243.1 um

Voltage = 4.184 V

Beam dump = 1enA

RUN CONTROL = 42

Data = /onlineNEDA_00/xData/hil099/run_0042_06-03-2023_09h54m24s/needleRU_i42_0042_0075.caendat

RU =   6.86 MB/s

LF = 3.6 MB/s

Plunger ;

Plunger run = 246

Supposed Dist=  242.7 um

Micrometer =  245.8 um

Position =   10.3 um

Actual distance = 243.1 um

Voltage =  3.801  V

Beam dump =  1 nA

Collimater= 0.5 nA

run control = 43

run data = /onlineNEDA_00/xData/hil099/run_0043_07-03-2023_00h50m41s/needleRU_i43_0043_0000.caendat

RU =  7.13 MB/s

LF = 3.7 MB/s

plunger:

plunger run = 254

actual distance = 282.7 um

supposed distance = 282.7 um

micrometer = 285.2 um

position = 50 um

voltage = 2.966 V

Beam dump =  1 nA

Collimater= 0.5 nA

run control = 43

run data = /onlineNEDA_00/xData/hil099/run_0043_07-03-2023_00h50m41s/needleRU_i43_0043_0006.caendat

RU = 6.27 MB/s

LF = 3.41 MB/s

plunger:

plunger run = 265

actual distance = 282.9 um

supposed distance =  282.7um

micrometer =  285.2 um

position = 50.2 um

voltage =  2.963V

Beam dump =  1 nA

Collimater= 0.5 nA

run control = 44

run data =/onlineNEDA_00/xData/hil099/run_0044_07-03-2023_03h15m45s/needleRU_i44_0044_0000.caendat

RU =  6.46 MB/s

LF =  3.39 MB/s

plunger:

plunger run = 279

actual distance = 282.7 um

supposed distance =  282.7 um

micrometer =  285.1 um

position = 49.9 um

voltage = 2.966 V

Beam dump = 0.7-1 nA

Collimater= 0.5 nA

run control = 44

run data =/onlineNEDA_00/xData/hil099/run_0044_07-03-2023_03h15m45s/needleRU_i44_0044_0005.caendat

RU =  6.49 MB/s

LF =  3.42 MB/s

plunger:

plunger run = 288

actual distance =  282.6um

supposed distance =   282.7um

micrometer =   285.1um

position = 49.9 um

voltage =  2.967V

Beam dump =  0.7-1nA

Collimater=  0.5nA

ELOG V3.0.0-21dc563

run control = 44

run data =/onlineNEDA_00/xData/hil099/run_0044_07-03-2023_03h15m45s/needleRU_i44_0044_0011.caendat

RU =   6.48 MB/s

LF = 3.42 MB/s

plunger:

plunger run = 298

actual distance = 282.7 um

supposed distance =   282.7 um

micrometer =  285.0 um

position =  50.1 um

voltage = 2.967 V

Beam dump =  0.7-1 nA

Collimater=  0.5 nA

run control = 44

run data =/onlineNEDA_00/xData/hil099/run_0044_07-03-2023_03h15m45s/needleRU_i44_0044_0017.caendat

RU =6.95    MB/s

LF =  3.54MB/s

plunger:

plunger run = 308

actual distance = 282.6 um

supposed distance =  282.7 um

micrometer =  285.1 um

position =  49.9 um

voltage = 2.968  V

Beam dump =  0.7-1 nA

Collimater=  0.5 nA

run control = 44

run data =/onlineNEDA_00/xData/hil099/run_0044_07-03-2023_03h15m45s/needleRU_i44_0044_0023.caendat

RU =  6.57 MB/s

LF =   3.45 MB/s

plunger:

plunger run = 318

actual distance =  282.6 um

supposed distance = 282.7 um

micrometer =   285.1 um

position =  50.0 um

voltage =  2.967 V

Beam dump =  1 nA

Collimater=  0.5 nA

run control = 45

run data =/onlineNEDA_00/xData/hil099/run_0045_07-03-2023_09h14m17s/needleRU_i45_0045_0000.caendat

RU =  6.92 MB/s

LF =   3.71 MB/s

plunger:

plunger run = 340

actual distance =  282.7 um

supposed distance = 282.7 um

micrometer =   285.5 um

position =  50.1 um

voltage =  2.967 V

Beam dump =  1 nA

Collimater=  0.5 nA

run control = 45

not fixed number 15_Ge dedector and number 5 anticompton.

run data =/onlineNEDA_00/xData/hil099/run_0045_07-03-2023_09h14m17s/needleRU_i45_0045_0011.caendat

RU =  6.52 MB/s

LF =   3.57 MB/s

plunger:

plunger run = 358

actual distance =  282.8 um

supposed distance = 282.7 um

micrometer =   285.3 um

position =  50.1 um

voltage =  2.965 V

Beam dump =  1 nA

Collimater=  0.5 nA

run control = 45

not fixed number 15_Ge dedector and number 5 anticompton.

run data =/onlineNEDA_00/xData/hil099/run_0045_07-03-2023_09h14m17s/needleRU_i45_0045_0019.caendat

RU =  6.42 MB/s

LF =   3.65 MB/s

plunger:

plunger run = 373

actual distance =  283 um

supposed distance = 282.7 um

micrometer =   285.2 um

position =  50.3 um

voltage =  2.962 V

Beam dump =  1 nA

Collimater=  0.5 nA

run control = 45

not fixed number 15_Ge dedector and number 5 anticompton.

run data =/onlineNEDA_00/xData/hil099/run_0045_07-03-2023_09h14m17s/needleRU_i45_0045_0025.caendat

RU =  6.54 MB/s

LF =   3.60 MB/s

plunger:

plunger run = 384

actual distance =  283 um

supposed distance = 282.7 um

micrometer =   285.2 um

position =  50.3 um

voltage =  2.963 V

Beam dump =  1 nA

Collimater=  0.5 nA

run control = 46

run data =/onlineNEDA_00/xData/hil099/run_0046_07-03-2023_15h08m38s/needleRU_i46_0046_0004.caendat

RU =  6.51 MB/s

LF =   3.44 MB/s

plunger:

plunger run = 405

actual distance =  283 um

supposed distance = 282.7 um

micrometer =   285.9 um

position =  50 um

voltage =  2.966 V

Beam dump =  0.7 nA

Collimater=  0.5 nA

run control = 46

run data = /onlineNEDA_00/xData/hil099/run_0046_07-03-2023_15h08m38s/needleRU_i46_0046_0013.caendat

RU =  6.10 MB/s

LF =   3.26 MB/s

plunger:

plunger run = 422

actual distance =  282.6um

supposed distance = 282.7 um

micrometer =   284.9 um

position =  49.9 um

voltage =  2.968 V

Beam dump =  0.7 nA

Collimater=  0.5 nA

run control = 46

run data = /onlineNEDA_00/xData/hil099/run_0046_07-03-2023_15h08m38s/needleRU_i46_0046_0022.caendat

RU =  6.22 MB/s

LF =   3.34 MB/s

plunger:

plunger run = 439

actual distance =  282.5um

supposed distance = 282.7 um

micrometer =   284.9 um

position =  49.8 um

voltage =  2.97 V

Beam dump =  0.7 nA

Collimater=  0.5 nA

run control = 46

run data =/onlineNEDA_00/xData/hil099/run_0046_07-03-2023_15h08m38s/needleRU_i46_0046_0028.caendat

RU =  4.9 MB/s

LF =   3.14 MB/s

plunger:

plunger run = 452

actual distance =  282.4 um

supposed distance = 282.7 um

micrometer =   284.7 um

position =  49.7 um

voltage =  2.971 V

Beam dump =  0.7 nA

Collimater=  0.5 nA

run control = 46

run data = /onlineNEDA_00/xData/hil099/run_0046_07-03-2023_15h08m38s/needleRU_i46_0046_0034.caendat

RU =  4.78 MB/s

LF =   3.10 MB/s

plunger:

plunger run = 464

actual distance =  282.8 um

supposed distance = 282.7 um

micrometer =   285.1 um

position =  49.9 um

voltage =  2.965 V

Beam dump =  0.7 nA

Collimater=  0.5 nA

Run 46 - stopped

• Run number: 46
• Start time: Tue Mar 7 15:09:06 2023
• Stop time: Tue Mar 7 23:38:07 2023

run control = 47

run data = /onlineNEDA_00/xData/hil099/run_0047_07-03-2023_23h42m03s/needleRU_i47_0047_0000.caendat

RU =  4.47 MB/s

LF =   3.26 MB/s

plunger:

plunger run = 484

actual distance =  282.8 um

supposed distance = 282.7 um

micrometer =   285.2 um

position =  50.1 um

voltage =  2.965 V

Beam dump =  0.7 nA

Collimater=  0.5 nA

run control = 47

run data = /onlineNEDA_00/xData/hil099/run_0047_07-03-2023_23h42m03s/needleRU_i47_0047_0003.caendat

RU =  5.12 MB/s

LF =   3.32 MB/s

plunger:

plunger run = 491

actual distance =  282.9 um

supposed distance = 282.7 um

micrometer =   285.12 um

position =  50.2 um

voltage =  2.963 V

Beam dump =  0.7 nA

Collimater=  0.5 nA

Run 47 stopped and distance changed from 50 um (+ 100 um offset) to 150 um (+ 100 um offset)

Last plunger run for 50 um (+ 100 um offset) is 495

run control = 48

run data = /onlineNEDA_00/xData/hil099/run_0048_08-03-2023_01h08m57s/needleRU_i48_0048_0000.caendat

RU =  5.09 MB/s

LF =   3.15 MB/s

plunger:

plunger run = 498

actual distance =  382.7 um

supposed distance = 382.7 um

micrometer =   383.4 um

position =  149.7 um

voltage =  2.146 V

Beam dump =  0.7 nA

Collimater=  0.5 nA

run control = 48

run data =  /onlineNEDA_00/xData/hil099/run_0048_08-03-2023_01h08m57s/needleRU_i48_0048_0017.caendat

RU =  5.75 MB/s

LF =   3.21 MB/s

plunger:

plunger run = 530

actual distance =  382,7 um

supposed distance = 382.7 um

micrometer =   384.3 um

position =  150.3 um

voltage =  2.146 V

Beam dump =  1.5 nA

Collimater=  0.7 nA (?)

run control = 48

run data =  /onlineNEDA_00/xData/hil099/run_0048_08-03-2023_01h08m57s/needleRU_i48_0048_0029.caendat

RU =  6.59 MB/s

LF =   3.35 MB/s

plunger:

plunger run = 550

actual distance =  382,5 um

supposed distance = 382.7 um

micrometer =   384.6 um

position =  149.8um

voltage =  2.146 V

Beam dump =  1.5 nA

Collimater=  0.7 nA (?)

Run 48 stopped at 9:29 to start a new run.

Run 49 is started okay at 9:31.

run control = 49

run data = /onlineNEDA_00/xData/hil099/run_0048_08-03-2023_01h08m57s/needleRU_i48_0048_0041.caendat

RU =  10.1 MB/s

LF =   4.68MB/s

plunger:

plunger run = 582

actual distance =  383.1 um

supposed distance = 382.7 um

micrometer =   385.8 um

position =  150.5 um

voltage =  2.145 V

Beam dump 0.7 nA

run control = 49

run data = /onlineNEDA_00/xData/hil099/run_0049_08-03-2023_09h31m08s/needleRU_i49_0049_0008.caendat

RU =  10.6 MB/s

LF =   4.89MB/s

plunger:

plunger run = 591

actual distance =  383.0 um

supposed distance = 382.7 um

micrometer =   385.8 um

position =  150.3 um

voltage =  2.145 V

Beam dump 0.7 nA

run control = 49

run data = /onlineNEDA_00/xData/hil099/run_0049_08-03-2023_09h31m08s/needleRU_i49_0049_0030.caendat

RU =  7.86 MB/s

LF =   3.87 MB/s

plunger:

plunger run = 616

actual distance =  382.7 um

supposed distance = 382.7 um

micrometer =   385.7 um

position =  150.0 um

voltage =  2.147 V

Beam dump 0.7 nA

Ge spectra after #161 - #162 beam tuning.

two drops in beam intesitivity at 14:33, 14:37 and 14:51

run control = 49

run data = /onlineNEDA_00/xData/hil099/run_0049_08-03-2023_09h31m08s/needleRU_i49_0049_0050.caendat

RU =  6.75 MB/s

LF =   3.44 MB/s

plunger:

plunger run = 654

actual distance =  382.7 um

supposed distance = 382.7 um

micrometer =   384.4 um

position =  150.0 um

voltage =  2.147 V

Beam dump 1 nA

run control = 49

run data = /onlineNEDA_00/xData/hil099/run_0049_08-03-2023_09h31m08s/needleRU_i49_0049_0058.caendat

RU =  9.83 MB/s

LF =   4.87 MB/s

plunger:

plunger run = 665

actual distance =  382.7 um

supposed distance = 382.7 um

micrometer =   384.4 um

position =  150.0 um

voltage =  2.148 V

Beam dump 1,25 ~ 1.5  nA

run control = 49

run data = /onlineNEDA_00/xData/hil099/run_0049_08-03-2023_09h31m08s/needleRU_i49_0049_0064.caendat

RU =  5.75 MB/s

LF =   3.50 MB/s

plunger:

plunger run = 676

actual distance =  382.8 um

supposed distance = 382.7 um

micrometer =   384.9 um

position =  150.4 um

voltage =  2.146 V

Beam dump 0.7

run control = 49

run data = /onlineNEDA_00/xData/hil099/run_0049_08-03-2023_09h31m08s/needleRU_i49_0049_0074.caendat

RU =  6.35 MB/s

LF =   3.47 MB/s

plunger:

plunger run = 693

actual distance =  382.5 um

supposed distance = 382.7 um

micrometer =   384.1 um

position =  149.8 um

voltage =  2.148 V

Beam dump: 1 nA

Colimator :  0.5 nA

run control = 49

run data = /onlineNEDA_00/xData/hil099/run_0049_08-03-2023_09h31m08s/needleRU_i49_0049_0082.caendat

RU =  6.06 MB/s

LF =   3.44 MB/s

plunger:

plunger run = 709

actual distance =  382.9 um

supposed distance = 382.7 um

micrometer =   384.7 um

position =  150.2 um

voltage =  2.145 V

Beam dump: 1 nA

Colimator :  0.5 nA

run control = 50

run data = /onlineNEDA_00/xData/hil099/run_0050_09-03-2023_00h50m28s/needleRU_i50_0050_0000.caendat

RU =  7.43MB/s

LF =   3.61 MB/s

plunger:

plunger run = 736

actual distance =  533 um

supposed distance = 532.7 um

micrometer =   533.5 um

position =  300 um

voltage =  1.657 V

Beam dump: 1-1.5 enA (oscillating)

Colimator :  0.6 enA

run control = 50

run data = /onlineNEDA_00/xData/hil099/run_0050_09-03-2023_00h50m28s/needleRU_i50_0050_0008.caendat

RU =  7.24 MB/s

LF =   3.64 MB/s

plunger:

plunger run = 748

actual distance =  532.1 um

supposed distance = 532.7 um

micrometer =   532.9 um

position =  299.4 um

voltage =  1.66 V

Beam dump: 1-1.5 enA (oscillating)

Colimator :  0.6 enA

run control = 50

run data = /onlineNEDA_00/xData/hil099/run_0050_09-03-2023_00h50m28s/needleRU_i50_0050_0015.caendat

RU =  6.91 MB/s

LF =   3.48 MB/s

plunger:

plunger run = 758

actual distance =  533.5 um

supposed distance = 532.7 um

micrometer =   533.1 um

position =  300.9 um

voltage =  1.658 V

Beam dump: 1-1.5 enA (oscillating)

Colimator :  0.6 enA

run control = 50

run data = /onlineNEDA_00/xData/hil099/run_0050_09-03-2023_00h50m28s/needleRU_i50_0050_0022.caendat

RU =  7.48 MB/s

LF =   3.59 MB/s

plunger:

plunger run = 769

actual distance =  531.1 um

supposed distance = 532.7 um

micrometer =   533.7 um

position =  300.5 um

voltage =  1.655 V

Beam dump: 1-1.5 enA (oscillating)

Colimator :  0.6 enA

run control = 50

run data = /onlineNEDA_00/xData/hil099/run_0050_09-03-2023_00h50m28s/needleRU_i50_0050_0028.caendat

RU =  7.15 MB/s

LF =   3.68 MB/s

plunger:

plunger run = 779

actual distance =  533.1 um

supposed distance = 532.7 um

micrometer =   533.4 um

position =  299.6 um

voltage =  1.66 V

Beam dump: 1-1.5 enA (oscillating)

Colimator :  0.6 enA

run control = 50

run data = /onlineNEDA_00/xData/hil099/run_0050_09-03-2023_00h50m28s/needleRU_i50_0050_0035.caendat

RU =  7.39 MB/s

LF =   3.60 MB/s

plunger:

plunger run = 790

actual distance =  532.8 um

supposed distance = 532.7 um

micrometer =   533.6 um

position =  300.1 um

voltage =  1.657 V

Beam dump: 1-1.5 enA (oscillating)

Colimator :  0.6 enA

run control = 50

run data = /onlineNEDA_00/xData/hil099/run_0050_09-03-2023_00h50m28s/needleRU_i50_0050_0042.caendat

RU =  7.20 MB/s

LF =   3.54 MB/s

plunger:

plunger run = 801

actual distance =  533.2 um

supposed distance = 532.7 um

micrometer =   533.6 um

position =  300.7 um

voltage =  1.66 V

Beam dump: 1-1.5 enA (oscillating)

Colimator :  0.6 enA

run control = 50

run data =/onlineNEDA_00/xData/hil099/run_0050_09-03-2023_00h50m28s/needleRU_i50_0050_0051.caendat

RU =  6.86 MB/s

LF =   3.42 MB/s

plunger:

plunger run = 815

actual distance =  533.6 um

supposed distance = 532.7 um

micrometer =   533.3 um

position =  299.9 um

voltage =  1.658 V

Beam dump: 1 nA

Colimator :  0.5 enA

run control = 50

run data = /onlineNEDA_00/xData/hil099/run_0050_09-03-2023_00h50m28s/needleRU_i50_0050_0058.caendat

RU =  7.48 MB/s

LF =   3.69 MB/s

plunger:

plunger run = 827

actual distance =  532.4 um

supposed distance = 532.7 um

micrometer =   533.7 um

position =  300.4 um

voltage =  1.658 V

Beam dump: 1 nA

Colimator :  0.5 enA

run control = 50

run data = /onlineNEDA_00/xData/hil099/run_0050_09-03-2023_00h50m28s/needleRU_i50_0050_0070.caendat

RU =  6.89 MB/s

LF =   3.42 MB/s

plunger:

plunger run = 847

actual distance =  532.2 um

supposed distance = 532.7 um

micrometer =   533.6 um

position =  299.5 um

voltage =  1.659 V

Beam dump: 1 nA

Colimator :  0.5 enA

run control = 50

run data =  /onlineNEDA_00/xData/hil099/run_0050_09-03-2023_00h50m28s/needleRU_i50_0050_0087.caendat

RU =  6.04 MB/s

LF =   3.34 MB/s

plunger:

plunger run = 879

actual distance =  532.2 um

supposed distance = 532.7 um

micrometer =   533.9 um

position =  299.5 um

voltage =  1.659 V

Beam dump: 1 nA

Colimator :  0.6 enA

run 50 - stopped

•  
• Run number: 50
• Start time: Thu Mar 9 00:50:57 2023
• Stop time: Thu Mar 9 16:22:37 2023

run control = 51

run data =  /onlineNEDA_00/xData/hil099/run_0051_09-03-2023_16h25m16s/needleRU_i51_0051_0002.caendat

RU =  6.43MB/s

LF =   3.49 MB/s

plunger:

plunger run = 896

actual distance =  532.1 um

supposed distance = 532.7 um

micrometer =   532.9 um

position =  299.4 um

voltage =  1.659 V

Beam dump: 1 nA

Colimator :  0.6 enA

run control = 51

run data = /onlineNEDA_00/xData/hil099/run_0051_09-03-2023_16h25m16s/needleRU_i51_0051_0007.caendat

RU =  6.45MB/s

LF =   3.47 MB/s

plunger:

plunger run = 907

actual distance =  532.8 um

supposed distance = 532.7 um

micrometer =   533.0 um

position =  299.0 um

voltage =  1.657 V

Beam dump: 1 nA

Colimator :  0.6 enA

run control = 51

run data = /onlineNEDA_00/xData/hil099/run_0051_09-03-2023_16h25m16s/needleRU_i51_0051_0018.caendat

RU =  5.93 MB/s

LF =   3.44 MB/s

plunger:

plunger run = 927

actual distance =  533.3 um

supposed distance = 532.7 um

micrometer =   533.0 um

position =  300.0 um

voltage =  1.656 V

Beam dump: 1 nA

Colimator :  0.6 enA

run control = 51

run data = /onlineNEDA_00/xData/hil099/run_0051_09-03-2023_16h25m16s/needleRU_i51_0051_0026.caendat

RU =  6.23MB/s

LF =   3.56 MB/s

plunger:

plunger run = 940

actual distance =  532.2 um

supposed distance = 532.7 um

micrometer =   533.0 um

position =  299.5 um

voltage =  1.659 V

Beam dump: 1 nA

Colimator :  0.6 enA

run control = 51

run data = /onlineNEDA_00/xData/hil099/run_0051_09-03-2023_16h25m16s/needleRU_i51_0051_0032.caendat

RU =  6.12 MB/s

LF =   3.42 MB/s

plunger:

plunger run = 952

actual distance =  533.2 um

supposed distance = 532.7 um

micrometer =   533.7 um

position =  300.5 um

voltage =  1.656 V

Beam dump: 1 nA

Colimator :  0.6 enA

run control = 51

run data = /onlineNEDA_00/xData/hil099/run_0051_09-03-2023_16h25m16s/needleRU_i51_0051_0040.caendat

RU =  5.56 MB/s

LF =   3.24 MB/s

plunger:

plunger run = 969

actual distance =  532.3 um

supposed distance = 532.7 um

micrometer =   533.4 um

position =  300.5 um

voltage =  1.658 V

Beam dump: 1 nA

Colimator :  0.6 enA

run 51 stopped

• Run number: 51
• Start time: Thu Mar 9 16:25:00 2023
• Stop time: Fri Mar 10 00:13:21 2023

run control = 52

run data = /onlineNEDA_00/xData/hil099/run_0052_10-03-2023_01h19m26s/needleRU_i52_0052_0000.caendat

RU =  6.02 MB/s

LF =   3.25 MB/s

plunger:

plunger run = 985

actual distance =  435.1 um

supposed distance = 435.0 um

micrometer =   435.9 um

position =  202.4 um

voltage =  1.929 V

Beam dump: 1 nA

Colimator :  0.3/0.4 enA

run control = 52

run data = /onlineNEDA_00/xData/hil099/run_0052_10-03-2023_01h19m26s/needleRU_i52_0052_0010.caendat

RU =  5.55 MB/s

LF =   3.25 MB/s

plunger:

plunger run = 1002

actual distance =  434.3 um

supposed distance = 435.0 um

micrometer =   435.6 um

position =  201.6 um

voltage =  1.932 V

Beam dump: 1 nA

Colimator :  0.3/0.4 enA

run control = 52

run data = /onlineNEDA_00/xData/hil099/run_0052_10-03-2023_01h19m26s/needleRU_i52_0052_0022.caendat

RU = 6.59 MB/s

LF =   3.49 MB/s

plunger:

plunger run = 1026

actual distance =  433.8 um

supposed distance = 435.0 um

micrometer =   435.0 um

position =  201.1 um

voltage =  1.934 V

Beam dump: 1 nA

Colimator :  0.3/0.4 enA

run control = 52

run data = /onlineNEDA_00/xData/hil099/run_0052_10-03-2023_01h19m26s/needleRU_i52_0052_0029.caendat

RU = 6.06 MB/s

LF =   3.29 MB/s

plunger:

plunger run = 1040

actual distance =  434.3 um

supposed distance = 435.0 um

micrometer =   435.7 um

position =  201.6 um

voltage =  1.932 V

Beam dump: 1 nA

Colimator :  0.3/0.4 enA

run control = 52

run data = /onlineNEDA_00/xData/hil099/run_0052_10-03-2023_01h19m26s/needleRU_i52_0052_0045.caendat

RU = 6.18 MB/s

LF =   3.24 MB/s

plunger:

plunger run = 1060

actual distance =  434.6 um

supposed distance = 435.0 um

micrometer =   435.1 um

position =  201.3 um

voltage =  1.934 V

Beam dump: 1 nA

Colimator :  0.5 nA

run control = 52

run data = /onlineNEDA_00/xData/hil099/run_0052_10-03-2023_01h19m26s/needleRU_i52_0052_0045.caendat

RU = 6.18 MB/s

LF =   3.24 MB/s

plunger:

plunger run = 1060

actual distance =  434.6 um

supposed distance = 435.0 um

micrometer =   435.1 um

position =  201.3 um

voltage =  1.934 V

Beam dump: 1 nA

Colimator :  0.5 nA

run control = 52

run data = /onlineNEDA_00/xData/hil099/run_0052_10-03-2023_01h19m26s/needleRU_i52_0052_0053.caendat

RU = 5.69 MB/s

LF =   3.22 MB/s

plunger:

plunger run = 1087

actual distance =  434.2 um

supposed distance = 435.0 um

micrometer =   437.2 um

position =  203.5 um

voltage =  1.934 V

Beam dump: 2.5 nA

Colimator :  0.5 nA

run control = 52

run data = /onlineNEDA_00/xData/hil099/run_0052_10-03-2023_01h19m26s/needleRU_i52_0052_0064.caendat

RU = 7.06 MB/s

LF =   3.35 MB/s

plunger:

plunger run = 1105

actual distance =  434.5 um

supposed distance = 435.0 um

micrometer =   436.4 um

position =  201.8 um

voltage =  1.931 V

Beam dump: 1 nA

Colimator :  0.5 nA

run control = 52

run data = /onlineNEDA_00/xData/hil099/run_0052_10-03-2023_01h19m26s/needleRU_i52_0052_0074.caendat

RU = 7.17 MB/s

LF =   3.51 MB/s

plunger:

plunger run = 1120

actual distance =  434.8 um

supposed distance = 435.0 um

micrometer =   436.2 um

position =  202.1 um

voltage =  1.93 V

Beam dump: 1 nA

Colimator :  0.5 nA

run 52 - stopped

• Run number: 52
• Start time: Fri Mar 10 01:19:56 2023
• Stop time: Fri Mar 10 16:16:25 2023

run control = 53

run data = /onlineNEDA_00/xData/hil099/run_0053_10-03-2023_16h18m36s/needleRU_i53_0053_0000.caendat

RU = 7.12 MB/s

LF =   3.50 MB/s

plunger:

plunger run = 1134

actual distance =  434.3 um

supposed distance = 435.0 um

micrometer =   436.2 um

position =  201.6 um

voltage =  1.932 V

Beam dump: 1 nA

Colimator :  0.5 nA

run control = 53

run data = /onlineNEDA_00/xData/hil099/run_0053_10-03-2023_16h18m36s/needleRU_i53_0053_0007.caendat

RU = 8.24 MB/s

LF =   4.10 MB/s

plunger:

plunger run = 1146

actual distance =  434.7 um

supposed distance = 435.0 um

micrometer =   436.5 um

position =  202.0 um

voltage =  1.932 V

Beam dump: 1 nA

Colimator :  0.5 nA

run control = 53

run data = /onlineNEDA_00/xData/hil099/run_0053_10-03-2023_16h18m36s/needleRU_i53_0053_0014.caendat

RU = 7.41 MB/s

LF =   3.34 MB/s

plunger:

plunger run = 1157

actual distance =  434.4 um

supposed distance = 435.0 um

micrometer =   436.8 um

position =  201.7 um

voltage =  1.931 V

Beam dump: 1 nA      (sometimes increase to 1.5 nA)

Colimator :  0.5 nA

the beam was stopped at 19:27

the beam start: 19:31

run control = 53

run data =/onlineNEDA_00/xData/hil099/run_0053_10-03-2023_16h18m36s/needleRU_i53_0053_0020.caendat

RU = 6.77 MB/s

LF =   3.64 MB/s

plunger:

plunger run = 1167

actual distance =  434.4 um

supposed distance = 435 um

micrometer =   437.2 um

position =  201.0 um

voltage =  1.934 V

Beam dump: 1 nA      (sometimes increase to 1.5 nA)

Colimator :  0.5 nA

run control = 53

run data =/onlineNEDA_00/xData/hil099/run_0053_10-03-2023_16h18m36s/needleRU_i53_0053_0029.caendat

RU = 7.81 MB/s

LF =   3.94 MB/s

plunger:

plunger run = 1182

actual distance =  434.6 um

supposed distance = 435 um

micrometer =   436.4 um

position =  201.9 um

voltage =  1.934 V

Beam dump: 1 nA 

Colimator :  0.5 nA

the beam is stopped at 21:23.

the beam starts at 21:27.

But the operators are still working on focusing the beam.

run control = 53

run data = /onlineNEDA_00/xData/hil099/run_0053_10-03-2023_16h18m36s/needleRU_i53_0053_0037.caendat

RU = 7.62 MB/s

LF =   3.87 MB/s

plunger:

plunger run = 1196

actual distance =  435.7 um

supposed distance = 435 um

micrometer =   437.0 um

position =  203.0 um

voltage =  1.927 V

Beam dump: 1 nA 

Colimator :  0.5 nA

run control = 54

run data = run_0054_10-03-2023_23h14m24s/needleRU_i54_0054_0001.caendat

RU = 7.59 MB/s

LF =   3.55 MB/s

plunger:

plunger run = 1206

actual distance =  436.1 um

supposed distance = 435 um

micrometer =   437.1 um

position =  203.4 um

voltage =  1.925 V

Beam dump: 1 nA 

Colimator :  0.5 nA

run 54 - stopped due to change the distance in plunger

• Run number: 54
• Start time: Fri Mar 10 23:14:54 2023
• Stop time: Sat Mar 11 00:02:37 2023

Run 55 Started New Distance 500 um

14:12 beam intensity instability. Rapid increase of beam intensity - twice the previous value. Returned to normal after 4 minutes.

Large beam intensity instabilities from 14:10 till 14:40.  Beam intensity reduction requested. CH4 on Total rate EAGLE_0 returned to 1.9kHz. Intensity became stable.

run control = 55

run data = /onlineNEDA_00/xData/hil099/run_0055_11-03-2023_00h33m38s/needleRU_i55_0055_0103.caendat

RU = 8.23 MB/s

LF =   4 MB/s

plunger:

plunger run = 1374

actual distance =  520.8 um

supposed distance = 435 um

micrometer =   578.2 um

position = 288.1 um

voltage =  1.377 V

Beam dump: 1 nA 

Colimator :  0.6 nA

beam stopped 17:54.

beam started 18:04.

run control = 55

run data = /onlineNEDA_00/xData/hil099/run_0055_11-03-2023_00h33m38s/needleRU_i55_0055_0114.caendat

RU = 5.72 MB/s

LF =   3.27 MB/s

plunger:

plunger run = 1392

actual distance =  512.2 um

supposed distance = 435 um

micrometer =   578.2 um

position = 279.5 um

voltage =  1.37 V

Beam dump: 0.9 nA 

Colimator :  0.5 nA

Run files /onlineNEDA_00/xData/hil099/run_0055_11-03-2023_00h33m38s/needleRU_i55_0055_0114.caendat

Beam Dump = 0.7 nA

Run number 55

Plunger Distance = 500 um + offset

Plunger run 1402

Voltage 1.369 V

run control = 55

run data = /onlineNEDA_00/xData/hil099/run_0055_11-03-2023_00h33m38s/needleRU_i55_0055_0129.caendat

RU = 6.45 MB/s

LF =   3.46 MB/s

plunger:

plunger run = 1424

actual distance =  515 um

supposed distance = 435 um

micrometer =   578.2 um

position = 282.3 um

voltage =  1.372 V

Beam dump: 1 nA 

Colimator :  0.5 nA

Rates 22:18 367Hz

Rates 22:22 4.78 kHz

And Now see the figure

run control = 55

run data = /onlineNEDA_00/xData/hil099/run_0055_11-03-2023_00h33m38s/needleRU_i55_0055_0137.caendat

RU = 4.17 MB/s

LF =   3.11 MB/s

plunger:

plunger run = 1439

actual distance =  515 um

micrometer =   578.2 um

position = 282.3 um

voltage =  1.372 V

Beam dump: 0.75 nA 

Colimator :  1.1 enA

stop: 11.15 pm -> new plunger distance

run control = 56

run data =/onlineNEDA_00/xData/hil099/run_0056_11-03-2023_23h26m10s

RU = 7.3 MB/s

LF =   3.5 MB/s

plunger:

plunger run = 1445

actual distance =  262.7 um

micrometer =   266.2 um

position = 30 um

voltage =  3.05 V

Beam dump: 0.75 nA 

Colimator :  1.1 enA

stop:

run control = 57

run data =/onlineNEDA_00/xData/hil099/run_0057_12-03-2023_03h10m10s/

RU = 8.1 MB/s

LF =   3.8 MB/s

plunger:

plunger run = 1484

actual distance =  262.7 um

micrometer =   266.9 um

position = 30 um

voltage =  3.306 V

Beam dump: 0.75 nA 

Colimator :  1.1 enA

stop:

run control = 58

run data =xdaq 2254808224 Mar 12 06:59 needleRU_i58_0058_0017.caendat

RU = 8.10 MB/s

LF =   3.79 MB/s

plunger:

plunger run = 1520

actual distance =  262.7 um

micrometer =   266.7 um

position = 30 um

voltage =  3.306 V

Beam dump: 1 nA 

Colimator :  0.5 nA

run control = 58

run data = xdaq 3303602776 Mar 12 08:01 needleRU_i58_0058_0024.caendat

RU = 7.88 MB/s

LF =   3.70 MB/s

plunger:

plunger run = 1530

actual distance =  262.6 um

micrometer =   266.8 um

position = 29.9 um

voltage =  3.308 V

Beam dump: 1 nA 

Colimator :  0.5 nA

run control = 58

run data =xdaq 1111949504 Mar 12 17:01 needleRU_i58_0058_0083.caendat

RU = 7.14 MB/s

LF =   3.46 MB/s

plunger:

plunger run = 1620

actual distance =  262.5 um

micrometer =   266.7 um

position = 29.8 um

voltage =  3.31 V

Beam dump: 0.7 nA 

Colimator :  0.5 nA

run control = 58

run data =xdaq  471656980 Mar 12 18:47 needleRU_i58_0058_0095.caendat

RU = 7.35 MB/s

LF =   3.50 MB/s

plunger:

plunger run = 1638

actual distance =  262.6 um

micrometer =   266.9 um

position = 29.8 um

voltage =  3.308 V

Beam dump: 0.7 nA 

Colimator :  0.5 nA

18:54 Run 58 stopped and 18:55 Run 59 started.

BEAM STOPPED.

END of EXPERIMENT.

Run 59 collects radioactivity.

-rw-rw-r-- 1 xdaq xdaq 295178920 Mar 12 18:59 needleLF_i58_0059_0000.adf
-rw-rw-r-- 1 xdaq xdaq 802293316 Mar 12 18:59 needleRU_i59_0059_0000.caendat

Run 59 collected data using gg trigger radioactivty

Run 60 trigger changed fropm gg to single g.

Just in the beginning a few minutes gg data could have been collected.

target and stopper and beam dump dismounted.
only the constructional elements of the plunger remained. 

pure background, g trigger only.

Michal says the"bg" spectrum did not change...

started

source in the target position, as precisely as possible

Using  the data which we've sorted to date, I looked into the gamma-gamma coincidences and have identified a number of nuclei e.g. 50Cr, 52Mn, 55Fe which would be consistent with fusion-evaporation reactions involving the sulphur-32 projectiles and aluminium-27. Such reactions would yield a 59Cu comound system and these channels would be populated as a result of the evaporation of a combination of alphas, protons and neutrons.

These lines are intense and the conicdences are very clear and clean. I think this suggests that the beam is hitting some aluminium components within the plunger chamber. This could be the plunger vessel itself or the target frame perhaps.

There is another interesting observation: some of the identified transitions are emitted from levels which have sub-ps lifetimes. At this plunger distance, we might expect these lines to be fully Doppler shifted as they would decay in-flight well in advance of reaching the stopper. Yet, we observe these lines with their non-Doppler shifted energies suggesting that they are not being emitted in-flight but rather at rest. This might suggest that the 32S+27Al reactions are taking place within some thick piece of aluminium. Some of the lines show signs of having been shifted in energy to some extent which might indicate that not all of the ions are completely stopped. The observed lineshapes seem to be consistent with the short-lived states showing evidence of Doppler shift while the decay of the "longer-lived" states (~9 ps) are very sharp.

I haven't slept for about 24 hours so I may be talking absolute sh*te (famous Scottish word).

Data from current run - 35, with limited beam current and rates - see a recent post by Güray.
BU level, so what we see in Greware (both online & nearline).
Attached is the fold of Germaniums.
It seems way too large to me.
We are summing up the events and then, not surprisingly, having rubbish gamma-gamma matrices.
The gate is 1500 ns, while Ge are not so far away from each other.

Any fixed time differences should be corrected with LF configuration.
Having all Ge, ACS, and Neda TS-aligned at LF level, BU will do a good job with a reasonable short gate.

We need channel-by-channel TS differences.

The data we took and we are taking now can be recovered in terms of this correction later on.

Marcin can build the events correctly from LF level.
Let's try to do so with as short gates as possible and see again the gamma-gamma matrix and neutron-gated g-g 
matrix.

Issue described in #61 continues to persist.

Beam stopped from 19:20 to 19:32, run 36 ongoing; MP, GJ, BS entering the experimental hall. 

They changed the position of the grounding point on the chamber, moving it downstream after a fitting/joining part (A to B on the attached picture [artist: GJ]).

Run 37 stopped by itslelf at 15:43. This was noticed at about 16:10 by observing that grafana data rates do not change.

Stop at Run COntrol.  LF looks  disabled.

Attempt to restart normal way --> run 38  --> failed

Attempts to load topology failed.

Cannot any more refresh or load the Run COntrol web page (192.168.0.133:5000)

Grzes is trying to fix the problem remotely, while we are starting changing of the target....

No beam 05:10:00

9:20 to 9:50 am beam current stayed 2.5 nA . After 9:50 am decrease 1.5 nA

16:30 beam increased 5 mb/s to 9 mb/s and stayed 1 hour 9 mb/s

17:10 beam fixed. stable

9:08 local filter turned red. Both .caendat and   LF .adf files still incrementing. Stopped run 44, started run 45, looks OK.

after run 45 I reset all spectrums and number_Ge_15 dedector not taking data.

i check the fans_monitor_scaler (EAGLE_array_monitor) monitor and number 15 Ge, number ACS 5 never change the color just staying white there is a problem.

14:30 pm to 15:00 run 45 crashed and stopped

There was a problem with the beam from 20:19 to 20:30.

Now it is fine.

The beam was unstable from 7:18 to 7:25.

The beam was unstable from 7:55. Stabilized around 8:03.

Counting rates are higher, EAGLE det4 went to ~2.5kHZ from ~2kHz (attached).

According to the operator, a bit of a tuning was done, current is 1nA.

run control = 48

run data =  /onlineNEDA_00/xData/hil099/run_0048_08-03-2023_01h08m57s/needleRU_i48_0048_0041.caendat

RU =  10.4 MB/s

LF =   4.3 MB/s

Counting rates continued to increase (det4 > 3kHz). Beam current looked fine on the beam dump, but beam is fluctuating, and can reach 2nA on the collimator.  Asked for improved focusing.

Attached screenshots and Ge spectra from before changing anything.

run control = 49

run data = /onlineNEDA_00/xData/hil099/run_0049_08-03-2023_09h31m08s/needleRU_i49_0049_0020.caendat

RU =  13.3 MB/s

LF =   6.15MB/s

plunger:

plunger run = 603

actual distance =  382.7 um

supposed distance = 382.7 um

micrometer =   385.9 um

position =  150.0 um

voltage =  2.146 V

Beam dump 0.7 nA

Collimator ~1.5-2nA when the generator retunes itself (prob the beam gets defocused at those moments)

no beam in 15:52 - 16:21 due to power supply problem

longer break during chane of plunger distance due to technical problem, you can not move plunger to larger distances, so now we are choosing smaller distance in the morning we ask the specialists
 

rate of ch4 above 2kHz, too big beam intesivity, highier data rate from: 07:51
 

the beam was lost at 20:46. The operator is working to solve the problem.

the beam is not the best focused. The operator works on this problem.

the daq crashed at 22:43 -- problem with Local Filter

the run 53 - stopped

at 11:34:50 sek on 11 march a spike in counting rate of some Ge detectors is observed. Buffers not cleared properly?

As in the title, see below.
The data are still being constantly written on the disks with usual rate (also visible on grafena).
Greware is also seeing data.

beeper output:
no new data about the growth for 37 s !!!
Noticed at Sun Mar 12 02:50:42 2023
and weirdo scream followed.


LF output:

write: Broken pipe
  0-LF_neda_2:        98 ev ( 107153)*30   Tot=26234475   2253/s
write: Broken pipe
  0-LF_eagle_1:      881 ev ( 120281)*31   Tot=295856141  24268/s
write: Broken pipe
write: Broken pipe
  0-LF_neda_3:         3 ev (   3909)*5980 Tot=375647125  30917/s
write: Broken pipe
  0-LF_neda_1:        92 ev (  92962)*40   Tot=32523205   2820/s
write: Broken pipe
write: Broken pipe
  0-LF_neda_0:       104 ev ( 117997)*33   Tot=38078515   3323/s
  0-LF_eagle_0:      720 ev (  63994)*31   Tot=268339966  22243/s
write: Broken pipe
write: Broken pipe
write: Broken pipe
write: Broken pipe
write: Broken pipe
write: Broken pipe
  0-LF_neda_2:        72 ev (  87376)*31   Tot=26236761   2274/s
write: Broken pipe
  0-LF_eagle_1:      714 ev ( 104681)*35   Tot=295880265  23988/s
write: Broken pipe
write: Broken pipe
  0-LF_neda_3:         9 ev (   3988)*5870 Tot=375677518  30545/s
write: Broken pipe
  0-LF_neda_1:        93 ev (  98610)*34   Tot=32525919   2698/s

For a split second a red "NO DATA" notification appeared in the top right corner of Counting rates dashboard.

It looks like it did not change anything in data collection.

Notes of the measurements with different conditions are attached.

Conclusion:
What is read out by the operators on the blue cable should be multiplied by 7 to get a real value in enA.

Current readout issues from beamdump. Beam stopped from 17:46-17:52, run 36 ongoing.

MP & GJ checking the grounding and connection the beamdump readout. No visible issue found in the exp hall, but copper grounding wire was tightened, which seemingly resolved the issue (stability of beamdump readout).   

Beam back on 05:15

RUN CONTROL = 42

Data =/onlineNEDA_00/xData/hil099/run_0042_06-03-2023_09h54m24s/needleRU_i42_0042_0000.caendat

           /onlineNEDA_00/xData/hil099/run_0042_06-03-2023_09h54m24s/needleLF_i41_0042_0000.adf

RU =   6.01 MB/s

LF =   3.32 MB/s

Plunger ;

Plunger run = 105

Supposed Dist= 242.7 um

Micrometer =  246.1 um

Position =   9.9  um

Actual distance = 242.6 um

Voltage =  3.809  V

Beam dumb =  1.5 nA

daq crashed at 02:59:00, resolved at 03:16:00
 

I started run 45, and local filter turn green everything is ok.

VME crate with CAEN digitizers was rebooted.

Run 46 started, number 15_Ge and number 5 anticompton dedector working now.

Beam tuning was made, focusing significantly improved.

Intensity:

beam dump: 0.9-1 nA,

collimator: 0.5 nA.

Rates:

RU =  8.2 MB/s

LF =   4.03 MB/s

EAGLE det4: 2.2 kHz

Since we were observing jumps of 16 ns in timings of all channels of whole boards, the assumption was that the 
signals from logical FIFO arrive at different times to S-IN inputs to zero the TS counters.
6 originally placed cables of quite the same length were replaced with 6 cables of declared 3-ns length, same 
producer, borrowed from NW's equipment.

the beam comes back at 20:54

the beam is now good focused

the daq resolved at 23:15

start new run: run 54

neda_psdcaen_positions.txt had weird values for three first detectors, especially neda_02.

It was:
NEDA_00_position_psdcaen    0
NEDA_01_position_psdcaen    0.22
NEDA_02_position_psdcaen    40

I (AF) make it:
NEDA_00_position_psdcaen    0.2
NEDA_01_position_psdcaen    0.2
NEDA_02_position_psdcaen    0.2

To be filled in, with affiliation and email.

Presumably, for later publication purposes.
 

Alphabetically by family name, please.

Budak, Mustafa Guray - Gazi University, mbudak@gazi.edu.tr

Ciemała, Michał - IFJ PAN, Kraków, Poland - Michal.Ciemala@ifj.edu.pl

Deary, James, - University of West of Scotland - james.deary@uws.ac.uk

Fijałkowska, Aleksandra,  aleksandra.fijalkowska@fuw.edu.pl

Fransen' Christoph IKP JOELN  fransen@ikp.uni-koeln.de

Goasduff, Alain - INFN-LNL alain.goasduff@lnl.infn.it

Grębosz, Jurek - IFJ PAN, Kraków, Poland

Jaworski, Grzegorz - HIL UW, Poland - tatrofil@slcj.uw.edu.pl

O'Donnell, David - University of West of Scotland - david.odonnell@uws.ac.uk

Palacz, Marcin - HIL UW, Poland - palacz@slcj.uw.edu.pl

Piętka, Iwona - Faculty of Physics, UW - iz.pietka@student.uw.edu.pl

Poklepa, Wiktor - UW, Poland, w.poklepa@student.uw.edu.pl

Saygi, Bahadir - Ankara University, Turkey - bahadir.saygi@ankara.edu.tr

Solak, Krzysztof - UW Poland, krzysztof.solak@post.pl

Szlęzak, Klara - UW, Poland, k.szlezak@student.uw.edu.pl

Temiz, Omer Sefa - Ankara University, Turkey - omer.temiz.95@gmail.com

White, Dylan, - University of West of Scotland - dylan.white@uws.ac.uk

Support of Target = 1.5 mg/cm2 Ta
Target            = 1.0 mg/cm2 Cd-106
Stopper           = 10 mg/cm2 Au
Beam Dump         = ~60 mg/cm2 Au

Off set of the plunger ~60 um

Distcal file   distcal01_vac

https://docs.google.com/spreadsheets/d/1e2homI9RCYrg369z8aaY3VMIPgapUPOv0zKISsl58vQ/edit?usp=sharing

The data from google sheet obtained 14:17 07/03/23

Plunger Run :

Micrometer :

Supposed Distance:

Position :

Beam energy measured:  148.2 MeV
Mind that this may be an overestimate (by ~1-2 MeV)

Run 26 is going on but not much for the moment in terms of any useful data.

And half of the EAGLE is opened.

20:50 EAGLE closed.

Offset of the plunger is 60 um.

new distcal01_vac_after_opening

Run 35 stopped. An attempt to check if we can get 5 MeV  higher beam energy.

Ge rates increasing, similar to what it was 24h before. Asking to decrease beam intensity by a factor of 2.

Attached Ge spectra before decreasing.
 

Before decreas beam current was 1.75enA, afterwards 1.1enA.

See pictures in the attachment:

1) stopper seen from the back (upstream view)

2) stopper  seen from the front (downstream view)

Mind the two small off-center dots. It is clear that the beam hits the edge of the frame.  This is possible because the 5 mm collimator has two small dots outside the 5 mm hole (the collimator  can be seen in the beam tube).

3) old target, upstream view

4)  new target, upstream view, after the stopper drove into it

5) new target, before it was mounted

6) the stopper, after the collision with the target. One of the visible rings is probably due to this collision, other traces probably reflect its complicated history earlier.

New target mounted.

106Cd 1 mg/cm2

181Ta  1.2 mg/cm2

Problems in alignment. Offset of 100 um, in spite of the fact that a gap is visible at this distance, and a hair could be moved in between stopper and the target.
Decided to close and pump anyway, after several attempts to improve the alignment.

Stopper same as before, slightly more stretched.

/onlineNEDA_00/xData/hil099/run_0045_07-03-2023_09h14m17s/needleRU_i45_0045_0027.caendat

/onlineNEDA_00/xData/hil099/run_0045_07-03-2023_09h14m17s/needleLF_i44_0045_0010.adf

Since 2:32 increased counting rate observed:

Sinde 3:45 decrease to 1.5 kHz ch4.

run control = 48

/onlineNEDA_00/xData/hil099/run_0048_08-03-2023_01h08m57s/needleRU_i48_0048_0007.caendat
run data =

RU =  8.69 MB/s

LF =   3.79 MB/s

Eagle Rated ch4: around 2.3 kHz

plunger: (2:48)

plunger run = 514

actual distance =  382.7 um

supposed distance = 382.7 um

micrometer =   383.5 um

position =  149.8 um

voltage =  2.144 V

Beam dump =  1.5 nA

Collimater=  0.5 nA

Count rates are still a bit high (~2.6kHz for EAGLE det4). Ge spectra looks fine compared to earlier ones.

From 13:00 the rate of the Ge [the chanel 4] is a bit higher (~2.15 kHz). And also the rate of other detectors.

the rates of detectors are still a bit higher

41_ge_single_theta 101,117,143 looks ok. No peakdeformation of 511, other gammas FWHM around half of that of511 - ok

ch4 in total rate EAGLE_0 arouns 2.1 kHz - ok

planger tollerace limits (green and blue horizontal markers) set far of the current distance, intantionally?

ch4 in total rate EGALE_) reached 2.4 kHz, beam intensity has been reduced to fit the required 2kHz.

Again beam intensity gradually increased reaching 2.4 kHz ontotal rate EAGLE_0 ch4.  Beam intensity reduction requested. 1.8 kHz on ch4 after reduction.

Again beam intensity to high. Reduced to 2 kHz on ch4 GE

Beam stable, counting rate within limits, plunger distance within the given tollerance, gamma spectra ok, everything looks good but....

(yes there must be some "but"), refreshing of EAGLE_array_monitor.mat and NEDA_array_monitor.mat are out of sync. Mostly pure red colour is dysplayed. Not very usefull and (I suppose) missleading information.

Plunger run files for later to calculate error in the distance

At about 12:00, 13/03/2023 (about  17 hours after the beam was stopped), a measurement of activity of the beam line was performed using  FH 40G-L10 meter.

Radioctivity run 65 stopped before the measurement, radioactivity run  66 started after the measurement

Background level 120 ns/h

Target, stopper, the forward half of the target chamber - dismounted.

Approximate distance from the target position (upstream), approximate activity

10 cm    500 ns/h

25 cm    420 ns/h

35          350 ns/h

40          350 ns/h

50          200 ns/h

75          170 ns/h

run 66 started, radiocativity (background)

Attached are the lists of files copied to the two 4 TB Bahadir's disks.

16/03/2023

Plunger chamber closed, some dummy target and stopper probably inside

run 72    eagle closed

run 73    right half of EAGLE completely opened

Three screenshots are attached:

Run 72  EAGLE closed

1)  Three rings.  There is significantly more 511 in ring 143 than in 117, 101

2) 5 detectors of ring 143. They all look similar to each other.

Run 73  right half of EAGLE opened

3) 5 detectors of ring 143.  The 3 detectors in the opened half hardly see 511 keV, the other 2 do.

Check with Colibri and a gamma scintillator probe ws done: largest activity is visible close to the target chamber, in the region starting at the edge of the chamber, end ending about 6 cm upstream.

About 80 gamma counts/s are seen there. The count rate decreases further upstream.

Background rate:  20 to 30 counts/s, 25 counts/s in Sala Fizykow.

Radioactivity line seen in the spectra,  with the same behaviour as 511:   743.5,  936 keV, 1434 keV.  These are lines from 52Cr, fed by beta+ decay of 52Mn.

Confirmed by Michain gamma-gamma.

52Mn can be produced in the a2pn channel in  the reaction 32S+27Al

The following  caendat.bz2 files were not copied to Bahadir's disks 
(because they were not bzipped at the time of the copying):

run_0031_02-03-2023_16h04m28s
-rw-rw-r-- 1 xdaq xdaq 4294971272 Mar  2 16:15 needleRU_i31_0031_0000.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq  769385912 Mar  2 16:17 needleRU_i31_0031_0001.caendat.bz2
run_0055_11-03-2023_00h33m38s
-rw-rw-r-- 1 xdaq xdaq 4294970584 Mar 11 20:09 needleRU_i55_0055_0124.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294974732 Mar 11 20:23 needleRU_i55_0055_0125.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294968200 Mar 11 20:33 needleRU_i55_0055_0126.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294969064 Mar 11 20:44 needleRU_i55_0055_0127.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294967332 Mar 11 20:56 needleRU_i55_0055_0128.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294967976 Mar 11 21:10 needleRU_i55_0055_0129.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294984456 Mar 11 21:21 needleRU_i55_0055_0130.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294973384 Mar 11 21:31 needleRU_i55_0055_0131.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294967428 Mar 11 21:42 needleRU_i55_0055_0132.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294968276 Mar 11 21:56 needleRU_i55_0055_0133.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294967576 Mar 11 22:10 needleRU_i55_0055_0134.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294983724 Mar 11 22:26 needleRU_i55_0055_0135.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294967932 Mar 11 22:39 needleRU_i55_0055_0136.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294967564 Mar 11 22:55 needleRU_i55_0055_0137.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294971848 Mar 11 23:05 needleRU_i55_0055_0138.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4046574036 Mar 11 23:14 needleRU_i55_0055_0139.caendat.bz2
run_0058_12-03-2023_04h16m42s
-rw-rw-r-- 1 xdaq xdaq 4295004684 Mar 12 17:25 needleRU_i58_0058_0085.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4295011036 Mar 12 17:33 needleRU_i58_0058_0086.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4295019340 Mar 12 17:42 needleRU_i58_0058_0087.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294975440 Mar 12 17:50 needleRU_i58_0058_0088.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294968176 Mar 12 17:59 needleRU_i58_0058_0089.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294968016 Mar 12 18:09 needleRU_i58_0058_0090.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294968836 Mar 12 18:18 needleRU_i58_0058_0091.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294993728 Mar 12 18:27 needleRU_i58_0058_0092.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4294967436 Mar 12 18:36 needleRU_i58_0058_0093.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 4295074884 Mar 12 18:46 needleRU_i58_0058_0094.caendat.bz2
-rw-rw-r-- 1 xdaq xdaq 3480562784 Mar 12 18:54 needleRU_i58_0058_0095.caendat.bz2

These files were bzipped only on 20/03/2023