Problem solved. Ignore this entry








If the wavemeter reading is not shown correctly in Go4 - Step2 - Labview:

Close Labview, close WM software (all windows)

Start WM software, start Labview, restart MBS

unsigned short caen_V785AH_threshold_mod0 [32] = 
                {0x0100 , 0x0004 , 0x0003 , 0x0004 , 0x0005 , 0x0004 , 0x0006 , 0x0005 ,
                 0x0006 , 0x0005 , 0x0100 , 0x0100 , 0x0100 , 0x0100 , 0x0100 , 0x0100 ,
                 0x0100 , 0x0100 , 0x0100 , 0x0100 , 0x0100 , 0x0100 , 0x0100 , 0x0100 ,
                 0x0100 , 0x0100 , 0x0100 , 0x0100 , 0x0100 , 0x0100 , 0x0100 , 0x0100 };

We changed the LV code so that the Cobra Set Wavelength is permanently sent. Before it was only sent once at the beginning of each laser step. This, however, lead to too much data for the LV->MBS server.
This was fixed by inserting a 250 ms wait in LV (in Krypton data VI). Basically, all LV values are now updated every 250 ms, which works fine with MBS

We changed the laser step size to 0.002 nm which corresponds to 5.75 GHz.

Please check the attached files,

and correct or enhance them.

Print out a copy

Changed GTEDSAH Rechts to 10mm

• The laserscan tab shows each observable plotted against the predefined wavelength setpoints now.
  
  
• The Kobra set wavelength shows the actual setpoints now and not measured wavelengths.
  

See attached

At around 15:00, The slits in the TE line were changed to :
TE4DS5HL -12 mm -> -20 mm
TE5DSAH 0 mm -> +15 mm

started taking data again

started at 15:40  
h=1  

file names 
229Th7821 DAQ 1  607 MB
229Th0082 DAQ 2  820 MB 

stopped at 16:25 


The laser was not really properly scanned. 
This was mainly a test run to see if everything was working. 

The problem - "discovered" by Volker and Ken - of the high dark countrate of the Cu PMT has been solved. 

(when the Cu mirror was moved in, the dark countrate was very high ... also without ion beam) 

I asked Graziano Savino to check the vacuum gauges along the target side of the ESR (west side). 
The gauges at the laser window sections (which we do not use here!) - NW and SW - were still on. 
Volker remembered that, in the past, for the lowest dark countrate at the Cu PMT --> ALL GAUGES MUST BE SWITCHED OFF. 
Graziano turned them off and Sebastian and I checked the Cu PMT rate in DAQ1. 

Attached you can clearly see the difference: from 7500 cps to 400 cps. 

When the Cu mirror is retracted the dark countrate is 200 cps.  

Danyal

PS The slow increase in one plot is due to the fact that Graziano switched on the light in the ESR. 

below are my notes concerning laser timing / Q-switch start

The bunch HF is now fed through a delay to shift the stop trigger relative to the PMT signal. The delay generator is placed directly after the CFG and before splitting the signal for the two DAQs. The relative timing of both DAQs was not changed.

The timing for h=1 has been set up 

The time window is now twice as large as before! 
This means that we see the same ion bunch twice. 

(150 bins = 1 turn in the ESR) 

The PMT signal is exactly in between two cycles + the extra flight time (3 bins = 10 ns) from target to PMT north. 

NTCAP is started for the data taking.

Carrier Frequency: 242.02 M
IQ Rate (S/s): 10 M
Reference level (dBm): -30

SC_2022-04-08_12-04-28
\IQ_2022-04-08_12-03-50

We changed the fiber to the wavemeter. The third fiber worked best and we could operate the WM at low exposure times, i.e., below the laser repetition rate. We used the neutral density filter to adapt the laser power that only one laser pulse is measured by the WM each time (Exposure time =34ms)

This way, there are no frequency jumps. The jitter is slighly different at each wavelength which was ~5GHz peak to peak.


We optimized the fiber coupler and slightly optimized the jitter to <4GHz.

After changing to h=1
The frequency manipulation #5: f=242.021487MHz (124th harmonic) [no bunching]
Manipulation #7: f=242.021812 MHz [with bunching]

NTCAP is stopped. Sergey will now set an ion bunch instead of two in the ESR.

SC_2022-04-08_09-39-33
\IQ_2022-04-08_09-39-33

Carrier Frequency: 242.2 M
IQ Rate (S/s): 10 M
Reference level (dBm): -30

SC_2022-04-08_09-39-33
\IQ_2022-04-08_09-39-33

Since there is no beam, NTCAP is stopped.

Carrier Frequency: 242.2 M
IQ Rate (S/s): 10 M
Reference level (dBm): -30

SC_2022-04-07_23-53-47
\IQ_2022-04-07_23-53-47

Cathode is being changed at the ion source. So no beam for the moment.

Sergey has been contacted to change from two ion bunches to a single ion bunch in the ESR.

Concerning ID 146 a new histogram for accumulating data (no cleaning histograms) can be found under

Step2_Anl/TDC/TDC***_accumulated_***

We (Max, Kristian, Danyal, me) fixed the "external trigger" problem.

1.) The delay between lamp sync and Q-switch trigger was too long. The delay must be 200µs (3rd picture)! 

2.) The settings from the left Dual Timer (upper and lower part) in the ESR Laser Lab (above QuantaRay laser) were wrong and are now adjusted. Settings are depicted in the attached photos (1st and 2nd pic).

4th picture shows the pulse train of the pump laser.

NTCAP is taking data since 07.04.2022 23:53:47

Carrier Frequency: 242.2 M
IQ Rate (S/s): 10 M
Reference level (dBm): -30

SC_2022-04-07_23-53-47
\IQ_2022-04-07_23-53-47

For somebody who knows the DAQ1 code: Go4 resets the histograms with each laser step. Can there be additional histograms where the data gets accumulated?

And possibly a histogram where important detectors are plotted against the laser steps? The read back wavelength of the wavemeter is not very precise. 

1. If the laser stabilization is still running, turn both stages off and block the main amplifier.
   
2. Ensure that the laser spot is centered on the paper screen, which is located in top of the laser tower in the south (ATTENTION: please only use the preamplifier and not the main amplifier!!! If you're unsure what you are doing please contact Rodolfo or Konstantin).
   
   
3. If this is not the case and the beam is completely off, have a look at the MRC Stabilization system. If it is running, close the software and turn the hardware off and on again. The spot will leave its position and come back after the stabilization is turned on again.
   
4. If it is still not centered, use and only use the piezo mirror (the one with red screws) to bring back the spot.
   
   
5. Remove the paper screen and then turn on the main amplifier.
   
   
6. Restart the software and put in the values from the file 07-04-2022(...).png. Start the two stabilization stages in the software. The laser spot should move back to the correct position.
   

Relativ distances of the detector 

We checked again the cables for both DAQs 
(on Carsten's kind request) 


Channels for both DAQs are: 

0 XUV-Back 
1 XUV-Anode 
2 XUV-Anode-delayed 
3 PMT-South (new PMT, new threshold)
4 PMT-Middle 
5 PMT-North 
6 PMT-Cu 
7 Part-det-south 
8 Part-det-north 
9 - 
10 - 
11 - 
12 - 
13 PD-NO
14 PD-SO
15 Q-switch 

I have replaced the PMT south (looks at the gas target). 
in the hope that this will produce less dark counts. 
Thus far, the dark countrate is low (few Hz). 

brand: ET enterprises 
type:  2" photomultiplier, 9423B 
High voltage: -2.45 kV  (up to -3.5 kV) 
spectral range: 110 - 230 nm 

The power comes from an additional 2.5 kV supply. 
(I have changed the cable: was CH0 before) 

10:10  There is a problem with the UNILAC. 
The repair will take several hours. (4 hrs?) 

14:00  We just enquired about the status and when beam could be back. 
The current estimate is 17:00.

More work on laser aligment is required. 
Estimated time: 1 hour

The Mesytec crate was turned off and on again.

It is again possible to communicate with the XUV detector via python to apply voltage and current.

We changed the dye at 10am.

We increased the pump power for the dye Laser to 480mJ (before 450mJ). New calibration factor is 29 for Quanta Ray monitor signal.

We get now 17mJ UV pulse energy after SHG. Pulse energy before was 14mJ.

The power supply of the UNILAC magnet is broken. The repair will take up to 6-7 hours.

The kicker problem is solved and the beam is back in the ESR.

Questionable 1kHz and delayed common stop signals has been removed.

These two cablings were for some previous tests.

we had no injections in the ESR again 

it turned out that the injection kicker of the ESR has a problem 

GLOBAL calculations for the "content" of the Th line in the Schottky spectrum
(380 MeV/u exit energy, equilibrium charge state distribution)

Actinium 9.9%  - bare 

Thorium 42.4% - H-like

Protactinium 44.8% - He-like

Uranium 2.7% - Li-like 

since shortly after 7 AM we have no beam in the ESR
(reason unclear) 

Both DAQs also crashed. 

Beam back in ESR at 7:20 or so 

Problems with restarting DAQ1 

Problems with restarting DAQ2 

Files names 7801 and 7804 and 0047 and 0050 cannot be used

When the XUV-detector has to shut down unexpectedly, it can happen that the Mesytek power supply crashes and can't be 
communicated with. If this happens the Mesytec PS needs to be restarted from hand inside of the ESR. This can be done by 
restarting the crate located at the bottom of the XUV-detector. 

This crash happened during the night shift today and the Mesytec should be restarted today as soon as possible. For 
example when the laser stabilization gets fixed.

In normal operation this should never happen if no mistakes are made. 

Carrier Frequency: 244M
IQ Rate: 10M
reference Level: -30
RF - Attenuation: 40
IF - Attenuation: 19.9288

Masterpath p:\E142\sc
Masterpath p:\E142\IQ

Display: No Display

NTCAP data-taking is stopped at 5:44.

IQ_2022-04-07_02-40-05
SC_2022-04-07_02-40-05

Some ToDo's for the next shift:
- Work on  Laser stabilisation 2nd stage in the ESR
- Mesytec power supply of the xuv-detector crashed and needs to be restarted in the ESR. Simply turning it the crate off and on again)!!
- Fix wavemeter fluctuates
- Compare MBS event size of DAQ 1 ("by laser group") and DAQ 2 ("by Carsten"), DAQ 1 data size was ~2 times larger than DAQ 2 data size.
- Use lmd-files measured last night to test Go4-Analysis.
- Practice measurement procedure with beam, see Message ID: 124.

A lot of cables were wrongly or not 
connected to the DAQ 2. 

Channels are now for both DAQ:
0 XUV-Back
1 XUV-Anode
2 XUV-Anode-delayed
3 PMT-South
4 PMT-Middle
5 PMT-North
6 PMT-Cu
7 Part-det-south
8 Part-det-north
9 1kHz
10 -
11 -
12 Delay-common-stop
13 PD-NO
14 PD-SO
15 Q-switch

All data taken by the DAQ2 has to be 
considered as faulty up to now. 

Carsten was furious.

Some further information regarding the 
xuv-detector and its components.

The UV-LED of Münster was connected over 
channel 8 to the Messhütte. 6V are 
supplied by the power supply (picture 2). 
The Led is located at the xuv detector 
(picture 1).

This afternoon, we found out that Sergey has also implemented a "target bump". 
Although we do not use a target, this bump is still convenient because 
we can move the ion beam such that is passes perfectly through the Cu mirror. 

The setting is -8 mm and 1.3 mrad  (if I am not mistaken) 
We tested the effect on the position of the ion beam using the 
horizontal scrapers at the target: GEEXDS1HA and GEEXDS2HA. 

With the target bump set to "zero" (0 mm and 0 mrad), 
the ion beam passed 6-8 mm to the outside. 
This way, it will e.g. not pass centrally through the slit in the Cu mirror. 


With the target bump set to -8 mm and 1.3 mrad, which is the default setting, the ion beam passed centrally. 
Therefore, we left the target bump like this. 

# Version: 1.2
# Comment: ParamModi Export at 2022-04-06T14:37:35.957978+02:00[Europe/Berlin]
# Context: ESR_EXP22_02_238U92_Brandau_30March22.C1
# Columns: PARAMETERNAME,VALUE,UNIT,BEAMPROCESSPURPOSE
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LOGICAL.GE01QS8F/K1L,0.392284,1/m,STORAGE_MANIP_WAIT
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LOGICAL.GE02KY2/VKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
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LOGICAL.GE02DS3HG/ACTIVE_S,false,,RING_INTERMEDIATE
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LOGICAL.GEEXDS1HG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEEXDS1HG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEEXDS1HG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEEXDS1HG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEEXDS1HG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEEXDS1HG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEEXDS1HG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEEXDS1HG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEEXDS1HG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEEXDS1HG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEEXDS1HG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEEXDS1HG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEEXDS1HG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEEXDS1HG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GEITKX1/K0L_SPEC_S,1.047198,rad,RING_INJECTION
LOGICAL.GEITQT11/K1L_SPEC_S,-0.293044,1/m,RING_INJECTION
LOGICAL.GEITQT12/K1L_SPEC_S,0.820468,1/m,RING_INJECTION
LOGICAL.GEITQT13/K1L_SPEC_S,-0.293044,1/m,RING_INJECTION
LOGICAL.GEITKX2/K0L_SPEC_S,1.047198,rad,RING_INJECTION
LOGICAL.GEEXDD2IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION1_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION1_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION1_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION1_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION1_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION1_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION1_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION1_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION1_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION2_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION2_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION2_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION2_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION2_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION2_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION2_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION2_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GEEXDD2IG/PPOS_POSITION2_S,0.125,m,RING_INTERMEDIATE
LOGICAL.GE01KY1/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GE01KY1/VKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KY1/VKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KY1/VKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01QS0D/K1L,-0.4256532,1/m,RING_INJECTION
LOGICAL.GE01QS0D/K1L,-0.4256532,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS0D/K1L,-0.4256532,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS0D/K1L,-0.4256532,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS1F/K1L,0.392284,1/m,RING_INJECTION
LOGICAL.GE01QS1F/K1L,0.392284,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS1F/K1L,0.392284,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS1F/K1L,0.392284,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01DD1IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD1IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION1_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01DD3IG/PPOS_POSITION2_S,0.1,m,RING_INTERMEDIATE
LOGICAL.GE01KX1/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GE01KX1/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX1/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX1/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX1/HKICK_TAB,-0.001651,rad,RING_INJECTION
LOGICAL.GE01KX2/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GE01KX2/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX2/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX2/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX2/HKICK_TAB,0.002652,rad,RING_INJECTION
LOGICAL.GE01MU1/K0L,1.04719755,rad,RING_INJECTION
LOGICAL.GE01MU1/K0L,1.04719755,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01MU1/K0L,1.04719755,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01MU1/K0L,1.04719755,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01QS2F/K1L,0.2845252,1/m,RING_INJECTION
LOGICAL.GE01QS2F/K1L,0.2845252,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS2F/K1L,0.2845252,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS2F/K1L,0.2845252,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01KS1/K2L,-0.189870882,1/m²,RING_INJECTION
LOGICAL.GE01KS1/K2L,-0.189870882,1/m²,STORAGE_MANIP_WAIT
LOGICAL.GE01KS1/K2L,-0.189886682,1/m²,STORAGE_MANIP_WAIT
LOGICAL.GE01KS1/K2L,-0.189886682,1/m²,STORAGE_MANIP_WAIT
LOGICAL.GE01QS3D/K1L,-0.5744116,1/m,RING_INJECTION
LOGICAL.GE01QS3D/K1L,-0.5744116,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS3D/K1L,-0.5744116,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS3D/K1L,-0.5744116,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS4F/K1L,0.34865,1/m,RING_INJECTION
LOGICAL.GE01QS4F/K1L,0.34865,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS4F/K1L,0.34865,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS4F/K1L,0.34865,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01KS2/K2L,0.139882922,1/m²,RING_INJECTION
LOGICAL.GE01KS2/K2L,0.139882922,1/m²,STORAGE_MANIP_WAIT
LOGICAL.GE01KS2/K2L,0.139886222,1/m²,STORAGE_MANIP_WAIT
LOGICAL.GE01KS2/K2L,0.139886222,1/m²,STORAGE_MANIP_WAIT
LOGICAL.GE01KY2/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GE01KY2/VKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KY2/VKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KY2/VKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01DD2IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/ACTIVE_S,true,,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/ACTIVE_S,true,,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/ACTIVE_S,true,,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/ACTIVE_S,true,,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/ACTIVE_S,true,,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION1_S,0.127,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION1_S,0.127,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION1_S,0.005,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION1_S,0.005,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION1_S,0.005,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION1_S,0.127,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION1_S,0.127,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION1_S,0.127,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION1_S,0.127,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION2_S,0.127,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION2_S,0.127,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION2_S,0.005,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION2_S,0.005,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION2_S,0.005,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION2_S,0.127,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION2_S,0.127,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION2_S,0.127,m,RING_INTERMEDIATE
LOGICAL.GE01DD2IG/PPOS_POSITION2_S,0.127,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/ACTIVE_S,true,,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/ACTIVE_S,true,,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/ACTIVE_S,true,,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/ACTIVE_S,true,,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/ACTIVE_S,true,,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION1_S,-0.126,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION1_S,-0.126,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION1_S,-0.005,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION1_S,-0.005,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION1_S,-0.005,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION1_S,-0.126,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION1_S,-0.126,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION1_S,-0.125,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION1_S,-0.125,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION2_S,-0.126,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION2_S,-0.126,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION2_S,-0.005,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION2_S,-0.005,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION2_S,-0.005,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION2_S,-0.126,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION2_S,-0.126,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION2_S,-0.125,m,RING_INTERMEDIATE
LOGICAL.GE01DD2AG/PPOS_POSITION2_S,-0.125,m,RING_INTERMEDIATE
LOGICAL.GE01MU5L/MSEP_HKICK_S,0.0,rad,RING_INJECTION
LOGICAL.GE01MU5L/MSEP_HKICK_S,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01MU5L/MSEP_HKICK_S,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01MU5L/MSEP_HKICK_S,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01MU5L/MSEP_K0L_THEO_S,0.0,rad,RING_INJECTION
LOGICAL.GE01MU5L/MSEP_K0L_THEO_S,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01MU5L/MSEP_K0L_THEO_S,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01MU5L/MSEP_K0L_THEO_S,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX3/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GE01KX3/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX3/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX3/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX4/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GE01KX4/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX4/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX4/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01DS3HG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/ACTIVE_S,false,,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION1_S,-0.13,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION1_S,-0.13,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION1_S,0.014,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION1_S,0.014,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION1_S,0.014,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION1_S,-0.13,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION1_S,-0.13,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION1_S,-0.13,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION1_S,-0.13,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION2_S,-0.13,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION2_S,-0.13,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION2_S,0.014,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION2_S,0.014,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION2_S,0.014,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION2_S,-0.13,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION2_S,-0.13,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION2_S,-0.13,m,RING_INTERMEDIATE
LOGICAL.GE01DS3HG/PPOS_POSITION2_S,-0.13,m,RING_INTERMEDIATE
LOGICAL.GE01KY3/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GE01KY3/VKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KY3/VKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KY3/VKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KS3/K2L,0.139882922,1/m²,RING_INJECTION
LOGICAL.GE01KS3/K2L,0.139882922,1/m²,STORAGE_MANIP_WAIT
LOGICAL.GE01KS3/K2L,0.139886222,1/m²,STORAGE_MANIP_WAIT
LOGICAL.GE01KS3/K2L,0.139886222,1/m²,STORAGE_MANIP_WAIT
LOGICAL.GE01QS5F/K1L,0.34865,1/m,RING_INJECTION
LOGICAL.GE01QS5F/K1L,0.34865,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS5F/K1L,0.34865,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS5F/K1L,0.34865,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS6D/K1L,-0.5744116,1/m,RING_INJECTION
LOGICAL.GE01QS6D/K1L,-0.5744116,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS6D/K1L,-0.5744116,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS6D/K1L,-0.5744116,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01KS4/K2L,-0.189870882,1/m²,RING_INJECTION
LOGICAL.GE01KS4/K2L,-0.189870882,1/m²,STORAGE_MANIP_WAIT
LOGICAL.GE01KS4/K2L,-0.189886682,1/m²,STORAGE_MANIP_WAIT
LOGICAL.GE01KS4/K2L,-0.189886682,1/m²,STORAGE_MANIP_WAIT
LOGICAL.GE01QS7F/K1L,0.2845252,1/m,RING_INJECTION
LOGICAL.GE01QS7F/K1L,0.2845252,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS7F/K1L,0.2845252,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01QS7F/K1L,0.2845252,1/m,STORAGE_MANIP_WAIT
LOGICAL.GE01KX5/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GE01KX5/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX5/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX5/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX5/HKICK_ECB,-0.0022109508,rad,RING_INJECTION
LOGICAL.GE01KX6/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GE01KX6/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX6/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX6/HKICK_COC,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GE01KX6/HKICK_ECB,0.0025045533,rad,RING_INJECTION
ESRB2B/B2B_TRIGGER_OFFSET_S,8.0,deg,RING_INJECTION
ESRBEAM/BUCKETFILL_RAW_S,[[0.0, 0.0]],,RING_INJECTION
ESRBEAM/BUCKETFILL_RAW_S,[[0.0, 0.0]],,RING_BUNCHING
ESRBEAM/BUCKETFILL_RAW_S,[[0.0, 0.0]],,RING_RF_MANIPULATION
ESRBEAM/BUCKETFILL_RAW_S,[[0.0, 0.0]],,RING_INTERMEDIATE
ESRBEAM/BUCKETFILL_RAW_S,[[0.0, 0.0]],,RING_REBUNCHING
ESRBEAM/BUCKETFILL_RAW_S,[[0.0, 0.0]],,RING_RAMP
ESRBEAM/BUCKETFILL_RAW_S,[[0.0, 0.0]],,RING_INTERMEDIATE
ESRBEAM/BUCKETFILL_RAW_S,[[0.0, 1.0]],,RING_INTERMEDIATE
ESRBEAM/BUCKETFILL_RAW_S,[[1.0, 1.0]],,RING_INTERMEDIATE
ESRBEAM/BUCKETFILL_RAW_S,[[1.0, 1.0]],,RING_INTERMEDIATE
ESRBEAM/BUCKETFILL_RAW_S,[[1.0, 1.0]],,RING_INTERMEDIATE
ESRBEAM/BUCKETFILL_RAW_S,[[1.0, 1.0]],,RING_RF_MANIPULATION
ESRBEAM/BUCKETFILL_RAW_S,[[1.0, 1.0]],,RING_INTERMEDIATE
ESRBEAM/BUCKETFILL_RAW_S,[[1.0, 1.0]],,RING_INTERMEDIATE
ESRBEAM/BUCKETFILL_RAW_S,[[1.0, 0.0]],,RING_INTERMEDIATE
ESRBEAM/CH_END_S,0.0,,RING_INJECTION
ESRBEAM/CH_END_S,1.0E-4,,RING_RAMP
ESRBEAM/CV_END_S,0.0,,RING_INJECTION
ESRBEAM/CV_END_S,1.0E-4,,RING_RAMP
ESRBEAM/DELTAR,0.0,m,RING_INJECTION
ESRBEAM/DELTAR,0.0,m,RING_INTERMEDIATE
ESRBEAM/DELTAR,0.0,m,STORAGE_MANIP_WAIT
ESRBEAM/DELTAR,0.0,m,RING_INTERMEDIATE
ESRBEAM/DELTAR,0.0,m,STORAGE_MANIP_WAIT
ESRBEAM/DELTAR,0.0,m,RING_INTERMEDIATE
ESRBEAM/DELTAR,0.0,m,RING_INTERMEDIATE
ESRBEAM/DELTAR,0.0,m,RING_INTERMEDIATE
ESRBEAM/DELTAR,0.0,m,STORAGE_MANIP_WAIT
ESRBEAM/DELTAR,0.0,m,RING_INTERMEDIATE
ESRBEAM/DELTAR,0.0,m,RING_INTERMEDIATE
ESRBEAM/DELTAR,0.0,m,RING_INTERMEDIATE
ESRBEAM/DELTAR,0.0,m,RING_INTERMEDIATE
ESRBEAM/DPFREV,0.0,,RING_INJECTION
ESRBEAM/DPFREV,0.0,,RING_BUNCHING
ESRBEAM/DPFREV,0.0,,RING_RF_MANIPULATION
ESRBEAM/DPFREV,0.0,,RING_INTERMEDIATE
ESRBEAM/DPFREV,0.0,,RING_REBUNCHING
ESRBEAM/DPFREV,0.0,,STORAGE_MANIP_WAIT
ESRBEAM/DPFREV,0.0,,RING_RAMP
ESRBEAM/DPFREV,0.00865,,RING_INTERMEDIATE
ESRBEAM/DPFREV,0.00865,,STORAGE_MANIP_WAIT
ESRBEAM/DPFREV,0.00865,,RING_INTERMEDIATE
ESRBEAM/DPFREV,0.00865,,RING_INTERMEDIATE
ESRBEAM/DPFREV,0.00865,,RING_INTERMEDIATE
ESRBEAM/DPFREV,0.00865,,STORAGE_MANIP_WAIT
ESRBEAM/DPFREV,0.00865,,RING_INTERMEDIATE
ESRBEAM/DPFREV,0.00865,,RING_RF_MANIPULATION
ESRBEAM/DPFREV,0.00865,,RING_INTERMEDIATE
ESRBEAM/DPFREV,0.00865,,RING_INTERMEDIATE
ESRBEAM/DPFREV,0.00865,,RING_INTERMEDIATE
ESRBEAM/ELEMENT_S,92,,RING_INJECTION
ESRBEAM/E_S,3.79E8,eV/u,RING_INJECTION
ESRBEAM/E_S,3.79E8,eV/u,RING_RAMP
ESRBEAM/H_S,2,,RING_INJECTION
ESRBEAM/INJ_BUNCHPATTERN_S,[true, true],,RING_INJECTION
ESRBEAM/INJ_EMIH_S,1.0E-5,m*rad,RING_INJECTION
ESRBEAM/INJ_EMIL_S,0.1,eVs/u,RING_INJECTION
ESRBEAM/INJ_EMIV_S,1.0E-5,m*rad,RING_INJECTION
ESRBEAM/ISOTOPE_S,238,,RING_INJECTION
ESRBEAM/KL_AMPL_S,0.0,,RING_INJECTION
ESRBEAM/KL_AMPL_S,0.0,,RING_BUNCHING
ESRBEAM/KL_AMPL_S,0.0,,RING_RF_MANIPULATION
ESRBEAM/KL_AMPL_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_AMPL_S,0.0,,RING_REBUNCHING
ESRBEAM/KL_AMPL_S,---,,RING_RAMP
ESRBEAM/KL_AMPL_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_AMPL_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_AMPL_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_AMPL_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_AMPL_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_AMPL_S,0.0,,RING_RF_MANIPULATION
ESRBEAM/KL_AMPL_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_AMPL_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_AMPL_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_HARM_S,1,,RING_INJECTION
ESRBEAM/KL_HARM_S,1,,RING_BUNCHING
ESRBEAM/KL_HARM_S,1,,RING_RF_MANIPULATION
ESRBEAM/KL_HARM_S,1,,RING_INTERMEDIATE
ESRBEAM/KL_HARM_S,1,,RING_REBUNCHING
ESRBEAM/KL_HARM_S,---,,RING_RAMP
ESRBEAM/KL_HARM_S,1,,RING_INTERMEDIATE
ESRBEAM/KL_HARM_S,1,,RING_INTERMEDIATE
ESRBEAM/KL_HARM_S,1,,RING_INTERMEDIATE
ESRBEAM/KL_HARM_S,1,,RING_INTERMEDIATE
ESRBEAM/KL_HARM_S,1,,RING_INTERMEDIATE
ESRBEAM/KL_HARM_S,1,,RING_RF_MANIPULATION
ESRBEAM/KL_HARM_S,1,,RING_INTERMEDIATE
ESRBEAM/KL_HARM_S,1,,RING_INTERMEDIATE
ESRBEAM/KL_HARM_S,1,,RING_INTERMEDIATE
ESRBEAM/KL_OFFSET_S,0.0,,RING_INJECTION
ESRBEAM/KL_OFFSET_S,0.0,,RING_BUNCHING
ESRBEAM/KL_OFFSET_S,0.0,,RING_RF_MANIPULATION
ESRBEAM/KL_OFFSET_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_OFFSET_S,0.0,,RING_REBUNCHING
ESRBEAM/KL_OFFSET_S,---,,RING_RAMP
ESRBEAM/KL_OFFSET_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_OFFSET_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_OFFSET_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_OFFSET_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_OFFSET_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_OFFSET_S,0.0,,RING_RF_MANIPULATION
ESRBEAM/KL_OFFSET_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_OFFSET_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_OFFSET_S,0.0,,RING_INTERMEDIATE
ESRBEAM/KL_PHASE_S,0.0,deg,RING_INJECTION
ESRBEAM/KL_PHASE_S,0.0,deg,RING_BUNCHING
ESRBEAM/KL_PHASE_S,0.0,deg,RING_RF_MANIPULATION
ESRBEAM/KL_PHASE_S,0.0,deg,RING_INTERMEDIATE
ESRBEAM/KL_PHASE_S,0.0,deg,RING_REBUNCHING
ESRBEAM/KL_PHASE_S,---,deg,RING_RAMP
ESRBEAM/KL_PHASE_S,0.0,deg,RING_INTERMEDIATE
ESRBEAM/KL_PHASE_S,0.0,deg,RING_INTERMEDIATE
ESRBEAM/KL_PHASE_S,0.0,deg,RING_INTERMEDIATE
ESRBEAM/KL_PHASE_S,0.0,deg,RING_INTERMEDIATE
ESRBEAM/KL_PHASE_S,0.0,deg,RING_INTERMEDIATE
ESRBEAM/KL_PHASE_S,0.0,deg,RING_RF_MANIPULATION
ESRBEAM/KL_PHASE_S,0.0,deg,RING_INTERMEDIATE
ESRBEAM/KL_PHASE_S,0.0,deg,RING_INTERMEDIATE
ESRBEAM/KL_PHASE_S,0.0,deg,RING_INTERMEDIATE
ESRBEAM/NPARTICLES_S,0.0,,RING_INJECTION
ESRBEAM/QH_END_S,2.4174,,RING_INJECTION
ESRBEAM/QH_END_S,2.4174,,STORAGE_MANIP_WAIT
ESRBEAM/QH_END_S,2.4174,,RING_RAMP
ESRBEAM/QH_END_S,2.4174,,STORAGE_MANIP_WAIT
ESRBEAM/QH_END_S,2.4174,,STORAGE_MANIP_WAIT
ESRBEAM/QV_END_S,2.3943,,RING_INJECTION
ESRBEAM/QV_END_S,2.3943,,STORAGE_MANIP_WAIT
ESRBEAM/QV_END_S,2.3943,,RING_RAMP
ESRBEAM/QV_END_S,2.3943,,STORAGE_MANIP_WAIT
ESRBEAM/QV_END_S,2.3943,,STORAGE_MANIP_WAIT
ESRBEAM/Q_S,92,,RING_INJECTION
ESRIKICKER/KICKER_MODE_S,1,,RING_INJECTION
ESRIKICKER/KICKER_START_S,76.0,deg,RING_INJECTION
ESRIKICKER/KICKER_THIGH1_S,5.087240783885225E-7,s,RING_INJECTION
ESRIKICKER/KICKER_TOFFSET1_S,2.8E-6,s,RING_INJECTION
ESRIKICKER/NBUNCH1_INPUT_S,1,,RING_INJECTION
ESRIKICKER/TGX_TIMING_TRIGGERED_B,false,,RING_INJECTION
ESROPTICS/OPTIC_NAME_S,ESR_STANDARD_OPTICS_TABLE,,RING_INJECTION
ESROPTICS/TAU_END_S,0.0,,RING_INJECTION
ESROPTICS/TAU_END_S,0.0,,RING_RAMP
ESRORBIT/XANG_ECB,0.0,rad,RING_INJECTION
ESRORBIT/XANG_ECB,0.0,rad,STORAGE_MANIP_WAIT
ESRORBIT/XANG_ECB,0.0,rad,STORAGE_MANIP_WAIT
ESRORBIT/XANG_ECB,0.0,rad,STORAGE_MANIP_WAIT
ESRORBIT/XANG_TAB,0.0013000000000000002,rad,RING_INJECTION
ESRORBIT/XANG_TAB,0.0013000000000000002,rad,STORAGE_MANIP_WAIT
ESRORBIT/XANG_TAB,0.0013000000000000002,rad,STORAGE_MANIP_WAIT
ESRORBIT/XANG_TAB,0.0013000000000000002,rad,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_ECB,-0.005,m,RING_INJECTION
ESRORBIT/XPOS_ECB,-0.005,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_ECB,-0.005,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_ECB,-0.005,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_SCK1,0.0,m,RING_INJECTION
ESRORBIT/XPOS_SCK1,0.0,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_SCK1,0.0,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_SCK1,0.0,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_SCK2,0.0,m,RING_INJECTION
ESRORBIT/XPOS_SCK2,0.0,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_SCK2,0.0,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_SCK2,0.0,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_SCP1,0.0,m,RING_INJECTION
ESRORBIT/XPOS_SCP1,0.0,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_SCP1,0.0,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_SCP1,0.0,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_SCP2,0.0,m,RING_INJECTION
ESRORBIT/XPOS_SCP2,0.0,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_SCP2,0.0,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_SCP2,0.0,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_TAB,0.0,m,RING_INJECTION
ESRORBIT/XPOS_TAB,0.0,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_TAB,-0.008,m,STORAGE_MANIP_WAIT
ESRORBIT/XPOS_TAB,-0.008,m,STORAGE_MANIP_WAIT
ESRRF/CAVITYPATTERN_S,[false, false, true],,RING_INJECTION
ESRRF/CAVITY_MODE_2D_S,[],,RING_INJECTION
ESRRF/CAVITY_MODE_2D_S,[],,RING_BUNCHING
ESRRF/CAVITY_MODE_2D_S,[],,RING_RF_MANIPULATION
ESRRF/CAVITY_MODE_2D_S,[],,RING_INTERMEDIATE
ESRRF/CAVITY_MODE_2D_S,[],,RING_REBUNCHING
ESRRF/CAVITY_MODE_2D_S,[],,STORAGE_MANIP_PERFORM
ESRRF/CAVITY_MODE_2D_S,[],,STORAGE_MANIP_WAIT
ESRRF/CAVITY_MODE_2D_S,[],,STORAGE_MANIP_RESTART_FGS
ESRRF/CAVITY_MODE_2D_S,[],,RING_RAMP
ESRRF/CAVITY_MODE_2D_S,[],,RING_INTERMEDIATE
ESRRF/CAVITY_MODE_2D_S,[],,STORAGE_MANIP_PERFORM
ESRRF/CAVITY_MODE_2D_S,[],,STORAGE_MANIP_WAIT
ESRRF/CAVITY_MODE_2D_S,[],,STORAGE_MANIP_RESTART_FGS
ESRRF/CAVITY_MODE_2D_S,[],,RING_INTERMEDIATE
ESRRF/CAVITY_MODE_2D_S,[],,RING_INTERMEDIATE
ESRRF/CAVITY_MODE_2D_S,[],,RING_INTERMEDIATE
ESRRF/CAVITY_MODE_2D_S,[],,STORAGE_MANIP_PERFORM
ESRRF/CAVITY_MODE_2D_S,[],,STORAGE_MANIP_WAIT
ESRRF/CAVITY_MODE_2D_S,[],,STORAGE_MANIP_RESTART_FGS
ESRRF/CAVITY_MODE_2D_S,[],,RING_INTERMEDIATE
ESRRF/CAVITY_MODE_2D_S,[],,RING_RF_MANIPULATION
ESRRF/CAVITY_MODE_2D_S,[],,RING_INTERMEDIATE
ESRRF/CAVITY_MODE_2D_S,[],,RING_INTERMEDIATE
ESRRF/CAVITY_MODE_2D_S,[],,RING_INTERMEDIATE
ESRRF/DUALH_ACTIVE_S,false,,RING_INJECTION
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_INJECTION
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_BUNCHING
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_RF_MANIPULATION
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_INTERMEDIATE
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_REBUNCHING
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_RAMP
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_INTERMEDIATE
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_INTERMEDIATE
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_INTERMEDIATE
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_INTERMEDIATE
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_INTERMEDIATE
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_RF_MANIPULATION
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_INTERMEDIATE
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_INTERMEDIATE
ESRRF/DUALH_RAW_S,[[0.0, 0.0]],,RING_INTERMEDIATE
ESRRF/PHASE_OFFSET_S,0.0,deg,RING_INJECTION
ESRRF/RF_MANIPULATION_RAW_S,[],,RING_RF_MANIPULATION
ESRRF/RF_MANIPULATION_RAW_S,---,,RING_REBUNCHING
ESRRF/RF_MANIPULATION_RAW_S,[[5, -1, -1, -1]],,RING_RAMP
ESRRF/RF_MANIPULATION_RAW_S,[],,RING_RF_MANIPULATION
ESRRF/SEQUENTIAL_RF_B,true,,RING_INJECTION
ESRSPEC/E_SPEC_S,0.0,eV/u,RING_INJECTION
ESRSPEC/GAMMA_SPEC_USER_S,1.0,,RING_INJECTION
ESRSPEC/SPEC_ACTIVE_B,false,,RING_INJECTION
ESRSYSTEM/GENERATE_MASP_MASKED_DEVICES_B,false,,RING_INJECTION
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_INJECTION
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_BUNCHING
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_RF_MANIPULATION
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_INTERMEDIATE
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_REBUNCHING
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_RAMP
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_INTERMEDIATE
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_INTERMEDIATE
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_INTERMEDIATE
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_INTERMEDIATE
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_INTERMEDIATE
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_RF_MANIPULATION
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_INTERMEDIATE
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_INTERMEDIATE
ESRSYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_INTERMEDIATE
ESRTIMEPARAM/BDOT_S,[0.3, 0.3],T/s,BEAMOUT_PRE
ESRTIMEPARAM/BDOT_S,[0.3, 0.3],T/s,RING_RAMP
ESRTIMEPARAM/BDOT_S,[0.3, 0.3],T/s,BEAMOUT_RAMP
ESRTIMEPARAM/BDOT_S,[0.3, 0.3],T/s,BEAMOUT_POST
ESRTIMEPARAM/BP_INDEX_B,---,,RING_INJECTION
ESRTIMEPARAM/BP_INDEX_S,---,,RING_INJECTION
ESRTIMEPARAM/COUPLING_TIMEOUT_S,---,s,RING_INJECTION
ESRTIMEPARAM/EVENT_B,---,,RING_INJECTION
ESRTIMEPARAM/EVENT_ID_S,---,,RING_INJECTION
ESRTIMEPARAM/MINPDIST_S,0.0,,BEAMOUT_PRE
ESRTIMEPARAM/MINPDIST_S,0.0,,STATIC
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_INJECTION
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_BUNCHING
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_RF_MANIPULATION
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_INTERMEDIATE
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_REBUNCHING
ESRTIMEPARAM/MINPDIST_S,0.0,,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/MINPDIST_S,0.0,,STORAGE_MANIP_WAIT
ESRTIMEPARAM/MINPDIST_S,0.0,,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_RAMP
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_INTERMEDIATE
ESRTIMEPARAM/MINPDIST_S,0.0,,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/MINPDIST_S,0.0,,STORAGE_MANIP_WAIT
ESRTIMEPARAM/MINPDIST_S,0.0,,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_INTERMEDIATE
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_INTERMEDIATE
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_INTERMEDIATE
ESRTIMEPARAM/MINPDIST_S,0.0,,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/MINPDIST_S,0.0,,STORAGE_MANIP_WAIT
ESRTIMEPARAM/MINPDIST_S,0.0,,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_INTERMEDIATE
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_RF_MANIPULATION
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_INTERMEDIATE
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_INTERMEDIATE
ESRTIMEPARAM/MINPDIST_S,0.0,,RING_INTERMEDIATE
ESRTIMEPARAM/MINPDIST_S,0.0,,BEAMOUT_RAMP
ESRTIMEPARAM/MINPDIST_S,0.0,,BEAMOUT_POST
ESRTIMEPARAM/OFFSET_S,---,s,RING_INJECTION
ESRTIMEPARAM/TGRID_S,0.002,s,BEAMOUT_PRE
ESRTIMEPARAM/TGRID_S,0.002,s,STATIC
ESRTIMEPARAM/TGRID_S,0.002,s,RING_INJECTION
ESRTIMEPARAM/TGRID_S,0.002,s,RING_BUNCHING
ESRTIMEPARAM/TGRID_S,0.002,s,RING_RF_MANIPULATION
ESRTIMEPARAM/TGRID_S,0.002,s,RING_INTERMEDIATE
ESRTIMEPARAM/TGRID_S,0.002,s,RING_REBUNCHING
ESRTIMEPARAM/TGRID_S,0.002,s,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/TGRID_S,0.002,s,STORAGE_MANIP_WAIT
ESRTIMEPARAM/TGRID_S,0.002,s,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/TGRID_S,0.002,s,RING_RAMP
ESRTIMEPARAM/TGRID_S,0.002,s,RING_INTERMEDIATE
ESRTIMEPARAM/TGRID_S,0.002,s,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/TGRID_S,0.002,s,STORAGE_MANIP_WAIT
ESRTIMEPARAM/TGRID_S,0.002,s,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/TGRID_S,0.002,s,RING_INTERMEDIATE
ESRTIMEPARAM/TGRID_S,0.002,s,RING_INTERMEDIATE
ESRTIMEPARAM/TGRID_S,0.002,s,RING_INTERMEDIATE
ESRTIMEPARAM/TGRID_S,0.002,s,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/TGRID_S,0.002,s,STORAGE_MANIP_WAIT
ESRTIMEPARAM/TGRID_S,0.002,s,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/TGRID_S,0.002,s,RING_INTERMEDIATE
ESRTIMEPARAM/TGRID_S,0.002,s,RING_RF_MANIPULATION
ESRTIMEPARAM/TGRID_S,0.002,s,RING_INTERMEDIATE
ESRTIMEPARAM/TGRID_S,0.002,s,RING_INTERMEDIATE
ESRTIMEPARAM/TGRID_S,0.002,s,RING_INTERMEDIATE
ESRTIMEPARAM/TGRID_S,0.002,s,BEAMOUT_RAMP
ESRTIMEPARAM/TGRID_S,0.002,s,BEAMOUT_POST
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,STATIC
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_INJECTION
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_BUNCHING
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_INTERMEDIATE
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_RAMP
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_INTERMEDIATE
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_INTERMEDIATE
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_INTERMEDIATE
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_INTERMEDIATE
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_INTERMEDIATE
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_INTERMEDIATE
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_INTERMEDIATE
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_INTERMEDIATE
ESRTIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RAMP
ESRTIMEPARAM/TMEASURE_S,0.0,s,RING_INJECTION
ESRTIMEPARAM/TMEASURE_S,0.0,s,RING_BUNCHING
ESRTIMEPARAM/TMEASURE_S,0.0,s,RING_RF_MANIPULATION
ESRTIMEPARAM/TMEASURE_S,10.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/TMEASURE_S,0.0,s,RING_REBUNCHING
ESRTIMEPARAM/TMEASURE_S,---,s,RING_RAMP
ESRTIMEPARAM/TMEASURE_S,10.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/TMEASURE_S,10.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/TMEASURE_S,10.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/TMEASURE_S,10.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/TMEASURE_S,10.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/TMEASURE_S,0.0,s,RING_RF_MANIPULATION
ESRTIMEPARAM/TMEASURE_S,10.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/TMEASURE_S,10.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/TMEASURE_S,10.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,BEAMOUT_PRE
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,STATIC
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_INJECTION
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_BUNCHING
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_RF_MANIPULATION
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_INTERMEDIATE
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_REBUNCHING
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,STORAGE_MANIP_WAIT
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_RAMP
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_INTERMEDIATE
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,STORAGE_MANIP_WAIT
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_INTERMEDIATE
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_INTERMEDIATE
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_INTERMEDIATE
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,STORAGE_MANIP_WAIT
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_INTERMEDIATE
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_RF_MANIPULATION
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_INTERMEDIATE
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_INTERMEDIATE
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_INTERMEDIATE
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,BEAMOUT_RAMP
ESRTIMEPARAM/TROUND_S,[0.032, 0.032],s,BEAMOUT_POST
ESRTIMEPARAM/T_BP_LENGTH_S,0.196,s,BEAMOUT_PRE
ESRTIMEPARAM/T_BP_LENGTH_S,0.196,s,STATIC
ESRTIMEPARAM/T_BP_LENGTH_S,10.0,s,RING_INJECTION
ESRTIMEPARAM/T_BP_LENGTH_S,10.0,s,RING_BUNCHING
ESRTIMEPARAM/T_BP_LENGTH_S,0.2,s,RING_RF_MANIPULATION
ESRTIMEPARAM/T_BP_LENGTH_S,10.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_BP_LENGTH_S,0.016,s,RING_REBUNCHING
ESRTIMEPARAM/T_BP_LENGTH_S,0.196,s,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/T_BP_LENGTH_S,0.196,s,STORAGE_MANIP_WAIT
ESRTIMEPARAM/T_BP_LENGTH_S,0.196,s,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/T_BP_LENGTH_S,0.064,s,RING_RAMP
ESRTIMEPARAM/T_BP_LENGTH_S,0.1,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_BP_LENGTH_S,0.196,s,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/T_BP_LENGTH_S,0.196,s,STORAGE_MANIP_WAIT
ESRTIMEPARAM/T_BP_LENGTH_S,0.196,s,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/T_BP_LENGTH_S,0.1,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_BP_LENGTH_S,0.1,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_BP_LENGTH_S,10.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_BP_LENGTH_S,0.196,s,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/T_BP_LENGTH_S,0.196,s,STORAGE_MANIP_WAIT
ESRTIMEPARAM/T_BP_LENGTH_S,0.196,s,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/T_BP_LENGTH_S,0.1,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_BP_LENGTH_S,0.2,s,RING_RF_MANIPULATION
ESRTIMEPARAM/T_BP_LENGTH_S,0.1,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_BP_LENGTH_S,0.1,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_BP_LENGTH_S,10.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_BP_LENGTH_S,0.196,s,BEAMOUT_RAMP
ESRTIMEPARAM/T_BP_LENGTH_S,0.196,s,BEAMOUT_POST
ESRTIMEPARAM/T_WAIT_S,0.032,s,BEAMOUT_PRE
ESRTIMEPARAM/T_WAIT_S,0.0,s,STATIC
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_INJECTION
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_BUNCHING
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_RF_MANIPULATION
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_REBUNCHING
ESRTIMEPARAM/T_WAIT_S,0.04,s,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/T_WAIT_S,0.0,s,STORAGE_MANIP_WAIT
ESRTIMEPARAM/T_WAIT_S,0.0,s,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/T_WAIT_S,0.128,s,RING_RAMP
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_WAIT_S,0.04,s,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/T_WAIT_S,0.0,s,STORAGE_MANIP_WAIT
ESRTIMEPARAM/T_WAIT_S,0.0,s,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_WAIT_S,0.04,s,STORAGE_MANIP_PERFORM
ESRTIMEPARAM/T_WAIT_S,0.0,s,STORAGE_MANIP_WAIT
ESRTIMEPARAM/T_WAIT_S,0.0,s,STORAGE_MANIP_RESTART_FGS
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_RF_MANIPULATION
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_WAIT_S,0.0,s,RING_INTERMEDIATE
ESRTIMEPARAM/T_WAIT_S,0.032,s,BEAMOUT_RAMP
ESRTIMEPARAM/T_WAIT_S,0.032,s,BEAMOUT_POST
LOGICAL.GECEMO1P/I,206.9,A,ECOOLER_COOLING
LOGICAL.GECEMO1P/I,206.9,A,ECOOLER_COOLING
LOGICAL.GECEMO1P/I,206.9,A,ECOOLER_COOLING
LOGICAL.GECEMO1P/I,206.9,A,ECOOLER_COOLING
LOGICAL.GECEMO1P/I,206.9,A,ECOOLER_COOLING
LOGICAL.GECEMO1P/I,206.9,A,ECOOLER_COOLING
LOGICAL.GECEKX1/I,430.0,A,ECOOLER_COOLING
LOGICAL.GECEKX1/I,430.0,A,ECOOLER_COOLING
LOGICAL.GECEKX1/I,430.0,A,ECOOLER_COOLING
LOGICAL.GECEKX1/I,430.0,A,ECOOLER_COOLING
LOGICAL.GECEKX1/I,430.0,A,ECOOLER_COOLING
LOGICAL.GECEKX1/I,430.0,A,ECOOLER_COOLING
LOGICAL.GECEKY1/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKY1/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKY1/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKY1/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKY1/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKY1/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEMO3C/I,277.5,A,ECOOLER_COOLING
LOGICAL.GECEMO3C/I,277.5,A,ECOOLER_COOLING
LOGICAL.GECEMO3C/I,277.5,A,ECOOLER_COOLING
LOGICAL.GECEMO3C/I,277.5,A,ECOOLER_COOLING
LOGICAL.GECEMO3C/I,277.5,A,ECOOLER_COOLING
LOGICAL.GECEMO3C/I,277.5,A,ECOOLER_COOLING
LOGICAL.GECEKT1G/I,138.7,A,ECOOLER_COOLING
LOGICAL.GECEKT1G/I,138.7,A,ECOOLER_COOLING
LOGICAL.GECEKT1G/I,138.7,A,ECOOLER_COOLING
LOGICAL.GECEKT1G/I,138.7,A,ECOOLER_COOLING
LOGICAL.GECEKT1G/I,138.7,A,ECOOLER_COOLING
LOGICAL.GECEKT1G/I,138.7,A,ECOOLER_COOLING
LOGICAL.GECEMO4K/SOLENOID_I,534.54,A,ECOOLER_COOLING
LOGICAL.GECEMO4K/SOLENOID_I,534.54,A,ECOOLER_COOLING
LOGICAL.GECEMO4K/SOLENOID_I,534.54,A,ECOOLER_COOLING
LOGICAL.GECEMO4K/SOLENOID_I,534.54,A,ECOOLER_COOLING
LOGICAL.GECEMO4K/SOLENOID_I,534.54,A,ECOOLER_COOLING
LOGICAL.GECEMO4K/SOLENOID_I,534.54,A,ECOOLER_COOLING
LOGICAL.GECEKT3C/I,95.0,A,ECOOLER_COOLING
LOGICAL.GECEKT3C/I,95.0,A,ECOOLER_COOLING
LOGICAL.GECEKT3C/I,95.0,A,ECOOLER_COOLING
LOGICAL.GECEKT3C/I,95.0,A,ECOOLER_COOLING
LOGICAL.GECEKT3C/I,95.0,A,ECOOLER_COOLING
LOGICAL.GECEKT3C/I,95.0,A,ECOOLER_COOLING
LOGICAL.GECEKT4C/I,95.0,A,ECOOLER_COOLING
LOGICAL.GECEKT4C/I,95.0,A,ECOOLER_COOLING
LOGICAL.GECEKT4C/I,95.0,A,ECOOLER_COOLING
LOGICAL.GECEKT4C/I,95.0,A,ECOOLER_COOLING
LOGICAL.GECEKT4C/I,95.0,A,ECOOLER_COOLING
LOGICAL.GECEKT4C/I,95.0,A,ECOOLER_COOLING
LOGICAL.GECEKT5K/I,150.0,A,ECOOLER_COOLING
LOGICAL.GECEKT5K/I,150.0,A,ECOOLER_COOLING
LOGICAL.GECEKT5K/I,150.0,A,ECOOLER_COOLING
LOGICAL.GECEKT5K/I,150.0,A,ECOOLER_COOLING
LOGICAL.GECEKT5K/I,150.0,A,ECOOLER_COOLING
LOGICAL.GECEKT5K/I,150.0,A,ECOOLER_COOLING
LOGICAL.GECEKY6G/TOROID_I,127.8374,A,ECOOLER_COOLING
LOGICAL.GECEKY6G/TOROID_I,127.8374,A,ECOOLER_COOLING
LOGICAL.GECEKY6G/TOROID_I,127.8374,A,ECOOLER_COOLING
LOGICAL.GECEKY6G/TOROID_I,127.8374,A,ECOOLER_COOLING
LOGICAL.GECEKY6G/TOROID_I,127.8374,A,ECOOLER_COOLING
LOGICAL.GECEKY6G/TOROID_I,127.8374,A,ECOOLER_COOLING
LOGICAL.GECEKY7K/TOROID_I,127.8374,A,ECOOLER_COOLING
LOGICAL.GECEKY7K/TOROID_I,127.8374,A,ECOOLER_COOLING
LOGICAL.GECEKY7K/TOROID_I,127.8374,A,ECOOLER_COOLING
LOGICAL.GECEKY7K/TOROID_I,127.8374,A,ECOOLER_COOLING
LOGICAL.GECEKY7K/TOROID_I,127.8374,A,ECOOLER_COOLING
LOGICAL.GECEKY7K/TOROID_I,127.8374,A,ECOOLER_COOLING
LOGICAL.GECEKY8G/TOROID_I,83.586,A,ECOOLER_COOLING
LOGICAL.GECEKY8G/TOROID_I,83.586,A,ECOOLER_COOLING
LOGICAL.GECEKY8G/TOROID_I,83.586,A,ECOOLER_COOLING
LOGICAL.GECEKY8G/TOROID_I,83.586,A,ECOOLER_COOLING
LOGICAL.GECEKY8G/TOROID_I,83.586,A,ECOOLER_COOLING
LOGICAL.GECEKY8G/TOROID_I,83.586,A,ECOOLER_COOLING
LOGICAL.GECEKY9K/TOROID_I,83.586,A,ECOOLER_COOLING
LOGICAL.GECEKY9K/TOROID_I,83.586,A,ECOOLER_COOLING
LOGICAL.GECEKY9K/TOROID_I,83.586,A,ECOOLER_COOLING
LOGICAL.GECEKY9K/TOROID_I,83.586,A,ECOOLER_COOLING
LOGICAL.GECEKY9K/TOROID_I,83.586,A,ECOOLER_COOLING
LOGICAL.GECEKY9K/TOROID_I,83.586,A,ECOOLER_COOLING
LOGICAL.GECEKX3G/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX3G/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX3G/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX3G/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX3G/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX3G/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKY3G/I,-50.0,A,ECOOLER_COOLING
LOGICAL.GECEKY3G/I,-50.0,A,ECOOLER_COOLING
LOGICAL.GECEKY3G/I,-50.0,A,ECOOLER_COOLING
LOGICAL.GECEKY3G/I,-50.0,A,ECOOLER_COOLING
LOGICAL.GECEKY3G/I,-50.0,A,ECOOLER_COOLING
LOGICAL.GECEKY3G/I,-50.0,A,ECOOLER_COOLING
LOGICAL.GECEKX4K/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX4K/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX4K/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX4K/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX4K/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX4K/I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKY4K/I,-50.0,A,ECOOLER_COOLING
LOGICAL.GECEKY4K/I,-50.0,A,ECOOLER_COOLING
LOGICAL.GECEKY4K/I,-50.0,A,ECOOLER_COOLING
LOGICAL.GECEKY4K/I,-50.0,A,ECOOLER_COOLING
LOGICAL.GECEKY4K/I,-50.0,A,ECOOLER_COOLING
LOGICAL.GECEKY4K/I,-50.0,A,ECOOLER_COOLING
LOGICAL.GECEKX5C/ECORR_ANG_I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX5C/ECORR_ANG_I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX5C/ECORR_ANG_I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX5C/ECORR_ANG_I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX5C/ECORR_ANG_I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX5C/ECORR_ANG_I,0.0,A,ECOOLER_COOLING
LOGICAL.GECEKX5C/STEERER_ANG_S,0.0,rad,ECOOLER_COOLING
LOGICAL.GECEKX5C/STEERER_ANG_S,0.0,rad,ECOOLER_COOLING
LOGICAL.GECEKX5C/STEERER_ANG_S,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GECEKX5C/STEERER_ANG_S,0.0,rad,ECOOLER_COOLING
LOGICAL.GECEKX5C/STEERER_ANG_S,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GECEKX5C/STEERER_ANG_S,0.0,rad,ECOOLER_COOLING
LOGICAL.GECEKX5C/STEERER_ANG_S,0.0,rad,STORAGE_MANIP_WAIT
LOGICAL.GECEKX5C/STEERER_ANG_S,0.0,rad,ECOOLER_COOLING
LOGICAL.GECEKX5C/STEERER_ANG_S,0.0,rad,ECOOLER_COOLING
LOGICAL.GECEKY5C/ECORR_ANG_I,-0.1818,A,ECOOLER_COOLING
LOGICAL.GECEKY5C/ECORR_ANG_I,-0.1818,A,ECOOLER_COOLING
LOGICAL.GECEKY5C/ECORR_ANG_I,-0.1818,A,ECOOLER_COOLING
LOGICAL.GECEKY5C/ECORR_ANG_I,-0.1818,A,ECOOLER_COOLING
LOGICAL.GECEKY5C/ECORR_ANG_I,-0.1818,A,ECOOLER_COOLING
LOGICAL.GECEKY5C/ECORR_ANG_I,-0.1818,A,ECOOLER_COOLING
LOGICAL.GECEKY5C/STEERER_ANG_S,-2.5E-4,rad,ECOOLER_COOLING
LOGICAL.GECEKY5C/STEERER_ANG_S,-2.5E-4,rad,ECOOLER_COOLING
LOGICAL.GECEKY5C/STEERER_ANG_S,-2.5E-4,rad,STORAGE_MANIP_WAIT
LOGICAL.GECEKY5C/STEERER_ANG_S,-2.5E-4,rad,ECOOLER_COOLING
LOGICAL.GECEKY5C/STEERER_ANG_S,-2.5E-4,rad,STORAGE_MANIP_WAIT
LOGICAL.GECEKY5C/STEERER_ANG_S,-2.5E-4,rad,ECOOLER_COOLING
LOGICAL.GECEKY5C/STEERER_ANG_S,-2.5E-4,rad,STORAGE_MANIP_WAIT
LOGICAL.GECEKY5C/STEERER_ANG_S,-2.5E-4,rad,ECOOLER_COOLING
LOGICAL.GECEKY5C/STEERER_ANG_S,-2.5E-4,rad,ECOOLER_COOLING
LOGICAL.GECEKD1D/I,0.98,A,ECOOLER_COOLING
LOGICAL.GECEKD1D/I,0.98,A,ECOOLER_COOLING
LOGICAL.GECEKD1D/I,0.98,A,ECOOLER_COOLING
LOGICAL.GECEKD1D/I,0.98,A,ECOOLER_COOLING
LOGICAL.GECEKD1D/I,0.98,A,ECOOLER_COOLING
LOGICAL.GECEKD1D/I,0.98,A,ECOOLER_COOLING
LOGICAL.GECEKD2D/I,1.85,A,ECOOLER_COOLING
LOGICAL.GECEKD2D/I,1.85,A,ECOOLER_COOLING
LOGICAL.GECEKD2D/I,1.85,A,ECOOLER_COOLING
LOGICAL.GECEKD2D/I,1.85,A,ECOOLER_COOLING
LOGICAL.GECEKD2D/I,1.85,A,ECOOLER_COOLING
LOGICAL.GECEKD2D/I,1.85,A,ECOOLER_COOLING
LOGICAL.GECEMT3G/I,301.9,A,ECOOLER_COOLING
LOGICAL.GECEMT3G/I,301.9,A,ECOOLER_COOLING
LOGICAL.GECEMT3G/I,301.9,A,ECOOLER_COOLING
LOGICAL.GECEMT3G/I,301.9,A,ECOOLER_COOLING
LOGICAL.GECEMT3G/I,301.9,A,ECOOLER_COOLING
LOGICAL.GECEMT3G/I,301.9,A,ECOOLER_COOLING
LOGICAL.GECEBG1E/DELUACC_S,3937.0,V,ECOOLER_COOLING
LOGICAL.GECEBG1E/DELUACC_S,3937.0,V,ECOOLER_COOLING
LOGICAL.GECEBG1E/DELUACC_S,3937.0,V,STORAGE_MANIP_WAIT
LOGICAL.GECEBG1E/DELUACC_S,3957.0,V,ECOOLER_COOLING
LOGICAL.GECEBG1E/DELUACC_S,3957.0,V,STORAGE_MANIP_WAIT
LOGICAL.GECEBG1E/DELUACC_S,3957.0,V,ECOOLER_COOLING
LOGICAL.GECEBG1E/DELUACC_S,3957.0,V,STORAGE_MANIP_WAIT
LOGICAL.GECEBG1E/DELUACC_S,3957.0,V,ECOOLER_COOLING
LOGICAL.GECEBG1E/DELUACC_S,3957.0,V,ECOOLER_COOLING
LOGICAL.GECEBG1E/UACC_START_END_S,[209678.0449, 209678.0449],V,ECOOLER_COOLING
LOGICAL.GECEBG1E/UACC_START_END_S,[209678.0449, 209678.0449],V,ECOOLER_COOLING
LOGICAL.GECEBG1E/UACC_START_END_S,[209650.0595, 209650.0595],V,ECOOLER_COOLING
LOGICAL.GECEBG1E/UACC_START_END_S,[209650.0595, 209650.0595],V,ECOOLER_COOLING
LOGICAL.GECEBG1E/UACC_START_END_S,[209650.0595, 209650.0595],V,ECOOLER_COOLING
LOGICAL.GECEBG1E/UACC_START_END_S,[209650.0595, 209650.0595],V,ECOOLER_COOLING
LOGICAL.GECEBG1E/U_COOLER,209678.0449,V,STORAGE_MANIP_WAIT
LOGICAL.GECEBG1E/U_COOLER,209650.0595,V,STORAGE_MANIP_WAIT
LOGICAL.GECEBG1E/U_COOLER,209650.0595,V,STORAGE_MANIP_WAIT
LOGICAL.GECEBG2T/U_COOLER,3538.9215,V,ECOOLER_COOLING
LOGICAL.GECEBG2T/U_COOLER,3538.9215,V,ECOOLER_COOLING
LOGICAL.GECEBG2T/U_COOLER,1404.4219,V,ECOOLER_COOLING
LOGICAL.GECEBG2T/U_COOLER,1404.4219,V,ECOOLER_COOLING
LOGICAL.GECEBG2T/U_COOLER,1404.4219,V,ECOOLER_COOLING
LOGICAL.GECEBG2T/U_COOLER,1404.4219,V,ECOOLER_COOLING
LOGICAL.GECEBG5T/U_GUN_S,2000.0,V,ECOOLER_COOLING
LOGICAL.GECEBG5T/U_GUN_S,2000.0,V,ECOOLER_COOLING
LOGICAL.GECEBG5T/U_GUN_S,2000.0,V,ECOOLER_COOLING
LOGICAL.GECEBG5T/U_GUN_S,2000.0,V,ECOOLER_COOLING
LOGICAL.GECEBG5T/U_GUN_S,2000.0,V,ECOOLER_COOLING
LOGICAL.GECEBG5T/U_GUN_S,2000.0,V,ECOOLER_COOLING
LOGICAL.GECEBG6T/U_COOLER,3538.9215,V,ECOOLER_COOLING
LOGICAL.GECEBG6T/U_COOLER,3538.9215,V,ECOOLER_COOLING
LOGICAL.GECEBG6T/U_COOLER,1404.4219,V,ECOOLER_COOLING
LOGICAL.GECEBG6T/U_COOLER,1404.4219,V,ECOOLER_COOLING
LOGICAL.GECEBG6T/U_COOLER,1404.4219,V,ECOOLER_COOLING
LOGICAL.GECEBG6T/U_COOLER,1404.4219,V,ECOOLER_COOLING
LOGICAL.GECEBG7T/U_COOLER,280.0,V,ECOOLER_COOLING
LOGICAL.GECEBG7T/U_COOLER,280.0,V,ECOOLER_COOLING
LOGICAL.GECEBG7T/U_COOLER,220.0,V,ECOOLER_COOLING
LOGICAL.GECEBG7T/U_COOLER,220.0,V,ECOOLER_COOLING
LOGICAL.GECEBG7T/U_COOLER,220.0,V,ECOOLER_COOLING
LOGICAL.GECEBG7T/U_COOLER,220.0,V,ECOOLER_COOLING
LOGICAL.GECEBG8T/U_S,5000.0,V,ECOOLER_COOLING
LOGICAL.GECEBG8T/U_S,5000.0,V,ECOOLER_COOLING
LOGICAL.GECEBG8T/U_S,5000.0,V,ECOOLER_COOLING
LOGICAL.GECEBG8T/U_S,5000.0,V,ECOOLER_COOLING
LOGICAL.GECEBG8T/U_S,5000.0,V,ECOOLER_COOLING
LOGICAL.GECEBG8T/U_S,5000.0,V,ECOOLER_COOLING
LOGICAL.GECEBG1D/U_COOLER,308.0,V,ECOOLER_COOLING
LOGICAL.GECEBG1D/U_COOLER,308.0,V,ECOOLER_COOLING
LOGICAL.GECEBG1D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG1D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG1D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG1D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG2D/U_COOLER,308.0,V,ECOOLER_COOLING
LOGICAL.GECEBG2D/U_COOLER,308.0,V,ECOOLER_COOLING
LOGICAL.GECEBG2D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG2D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG2D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG2D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG3D/U_COOLER,308.0,V,ECOOLER_COOLING
LOGICAL.GECEBG3D/U_COOLER,308.0,V,ECOOLER_COOLING
LOGICAL.GECEBG3D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG3D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG3D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG3D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG4D/U_COOLER,308.0,V,ECOOLER_COOLING
LOGICAL.GECEBG4D/U_COOLER,308.0,V,ECOOLER_COOLING
LOGICAL.GECEBG4D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG4D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG4D/U_COOLER,242.0,V,ECOOLER_COOLING
LOGICAL.GECEBG4D/U_COOLER,242.0,V,ECOOLER_COOLING
ESR_COOLER_EBEAM/BT,0.1,T,ECOOLER_COOLING
ESR_COOLER_EBEAM/BT,0.1,T,ECOOLER_COOLING
ESR_COOLER_EBEAM/BT,0.1,T,ECOOLER_COOLING
ESR_COOLER_EBEAM/BT,0.1,T,ECOOLER_COOLING
ESR_COOLER_EBEAM/BT,0.1,T,ECOOLER_COOLING
ESR_COOLER_EBEAM/BT,0.1,T,ECOOLER_COOLING
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STATIC
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,ECOOLER_COOLING
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STATIC
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STATIC
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STATIC
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,ECOOLER_COOLING
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STORAGE_MANIP_PERFORM
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STORAGE_MANIP_WAIT
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STORAGE_MANIP_RESTART_FGS
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,BEAMOUT_RAMP
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,ECOOLER_COOLING
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STORAGE_MANIP_PERFORM
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STORAGE_MANIP_WAIT
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STORAGE_MANIP_RESTART_FGS
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,ECOOLER_COOLING
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STATIC
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STATIC
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STORAGE_MANIP_PERFORM
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STORAGE_MANIP_WAIT
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STORAGE_MANIP_RESTART_FGS
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,ECOOLER_COOLING
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STATIC
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STATIC
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,ECOOLER_COOLING
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,STATIC
ESR_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,BEAMOUT_RAMP
ESR_COOLER_EBEAM/GAMME_USER,1.4025,,ECOOLER_COOLING
ESR_COOLER_EBEAM/GAMME_USER,1.4025,,ECOOLER_COOLING
ESR_COOLER_EBEAM/GAMME_USER,1.4025,,ECOOLER_COOLING
ESR_COOLER_EBEAM/GAMME_USER,1.4025,,ECOOLER_COOLING
ESR_COOLER_EBEAM/GAMME_USER,1.4025,,ECOOLER_COOLING
ESR_COOLER_EBEAM/GAMME_USER,1.4025,,ECOOLER_COOLING
ESR_COOLER_EBEAM/IE_S,0.4,A,ECOOLER_COOLING
ESR_COOLER_EBEAM/IE_S,0.4,A,ECOOLER_COOLING
ESR_COOLER_EBEAM/IE_S,0.4,A,STORAGE_MANIP_WAIT
ESR_COOLER_EBEAM/IE_S,0.1,A,ECOOLER_COOLING
ESR_COOLER_EBEAM/IE_S,0.1,A,STORAGE_MANIP_WAIT
ESR_COOLER_EBEAM/IE_S,0.1,A,ECOOLER_COOLING
ESR_COOLER_EBEAM/IE_S,0.1,A,STORAGE_MANIP_WAIT
ESR_COOLER_EBEAM/IE_S,0.1,A,ECOOLER_COOLING
ESR_COOLER_EBEAM/IE_S,0.1,A,ECOOLER_COOLING
ESR_COOLER_EBEAM/OVERWRITE_GAMME_B,true,,ECOOLER_COOLING
ESR_COOLER_EBEAM/OVERWRITE_GAMME_B,true,,ECOOLER_COOLING
ESR_COOLER_EBEAM/OVERWRITE_GAMME_B,true,,ECOOLER_COOLING
ESR_COOLER_EBEAM/OVERWRITE_GAMME_B,true,,ECOOLER_COOLING
ESR_COOLER_EBEAM/OVERWRITE_GAMME_B,true,,ECOOLER_COOLING
ESR_COOLER_EBEAM/OVERWRITE_GAMME_B,true,,ECOOLER_COOLING
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,STATIC
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,ECOOLER_COOLING
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,STATIC
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,STATIC
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,STATIC
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,ECOOLER_COOLING
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RAMP
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,ECOOLER_COOLING
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,ECOOLER_COOLING
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,STATIC
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,STATIC
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,ECOOLER_COOLING
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,STATIC
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,STATIC
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,ECOOLER_COOLING
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,STATIC
ESR_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RAMP
LOGICAL.ESR_COOLER_EAUX/BETAE_S,0.7012,,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/BETAE_S,0.7012,,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/BETAE_S,0.7012,,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/BETAE_S,0.7012,,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/BETAE_S,0.7012,,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/BETAE_S,0.7012,,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/NERF_S,4.1896966112323794E12,1/m³,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/NERF_S,4.1896966112323794E12,1/m³,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/NERF_S,1.0474241528080948E12,1/m³,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/NERF_S,1.0474241528080948E12,1/m³,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/NERF_S,1.0474241528080948E12,1/m³,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/NERF_S,1.0474241528080948E12,1/m³,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/UACC_S,205677.0644,V,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/UACC_S,205677.0644,V,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/UACC_S,205677.0644,V,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/UACC_S,205677.0644,V,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/UACC_S,205677.0644,V,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/UACC_S,205677.0644,V,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/USC_START_END_S,[63.9805, 63.9805],V,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/USC_START_END_S,[63.9805, 63.9805],V,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/USC_START_END_S,[15.9951, 15.9951],V,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/USC_START_END_S,[15.9951, 15.9951],V,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/USC_START_END_S,[15.9951, 15.9951],V,ECOOLER_COOLING
LOGICAL.ESR_COOLER_EAUX/USC_START_END_S,[15.9951, 15.9951],V,ECOOLER_COOLING

Operators have informed us that for better stability and operation (and cooperation with HHT), and after discussing with Sergey, they have introduced 5s delay "Wartezeit RESET" before every injection.

We have to observe this new behavior and in case it needs further optimizations, we have to inform the operators.

channel 0: linux time (epoch time)
channel 1: ms timer
channel 2: E-Cooler Voltage(Ohmlabs)
channel 3: Cobra Set Wavelength
channel 4: WS7 wavelength
channel 5: WS7 frequency
channel 6: WS7 status
channel 7: Status keysight (?)
channel 8: WS7 pressure (?)
channel 9: CobraMotorPosUpperPart
channel 10: CobraMotorPosLowerPart
channel 11: CobraNumberOfLoop
channel 12: StatusCobra
channel 13: WS7 temperature (?)
channel 14: CobraFromWavelength (higher wavelength)
channel 15: CobraToWavelength (lower wavelength) 
channel 16: CobraIncrement
channel 17: CobraStepNr
channel 18: status?
channel 19: PTB divider (not connected to cooler)
channel 20: ?



 

The ESR is "blue" again. 

The errors (scu related) have been fixed. 

In principle, normal operation should be possible. 

After the morning meeting Regina will return to the main control room. 

I guess that we continue at 10 AM. 

Regina noticed that the ESR was "red" 

This means that there are some errors. 

She found: 
 
correction fields in the dipoles were off

GE01KP02 ... 05
GE01KP22 ... 24 

and some correction elements were off 

GE02KX6 
GE01KX2 


Regina would like to know since WHEN this is the case. 

In general, such errors affect the ion beam trajectory ! 

Regina will try to find out more details on how this may have shifted the orbit.

I stopped the NTCAP data acquisition at 8 AM.

Let's hope that the file contains good data.

Settings:
Center: 2242.5MHz
RefLevel: -25dB
Rate 15 MIQs

File Numbers: 2022_04_05 23-46-22

Please note that the file started one minute earlier had wrong settings.

File contains also injection, paused in machine #5: ramped to central orbit / not yet bunched.
The measurement does not represent the later settings since here hte 229Th89+ is still on a too inner orbit (cf. previous post).

The beam settings can also be found in the previous post.

The ESR was retuned this aftenoon since the it was unclear if we still sit the 229Th89+ line.
This lead to new ring settings (data with all the settings will be put in tomorrow).

Thhe ESR had to leave at around 1900 so we did not find the time for finetuning and adjustments of the bunching.

Yet, we performed the particle identification with:
- (1) Energy of the SIS in the maximum of 238U92+ (534MeV/u) but ring settings Brho etc. and Cooler voltage already for 229Th89+ (+1937 kV compared to optimal settings for 238U92+) (Ucool according to "green" voltage measurement in Messhütte) 
- (2) Energy of SIS +3.5 MeV/u (maximiun of 229/89+ production), ESR with identical settings as for te ID run.



In setting (1) the priary beam is still in the ring aceptance and can be used as a unique identifier, but it is cooled very slowly.

In the measurement we typicall have 500mA at injection (fast cooling) and 100 mA for the measurement (lon glifetime of beam), but for the particle ID we also used 500MA in order toaccelerate cooling.
The ion beam slowlly grows as the ions are cooled in and gets the strongest line but also fades out much faster than the other peakks during a much higher recombination (=capture of cooler electron) than the 229Th89+. (Empty K-shell comared to 1e- in K-shell => factor of 2 recombination in cooler).

Frequencies (stopped in machine 5):

242.047 MHz (238U92+, @ 500mA) in machine #5
242.277 MHz (229/89+, @ 500mA) in machine #5
minus 4.65kHz for 100mA ecurrent

Voltage settings for cooler:
Sc3 (500mA, 209794V)
SC5,7 (100mA, 209750.06V)

First version of TDC_stacked histograms implemented.

Under folder "Conditions" you can now integrate over user defined Limits (Xmin and Xmax).

We shielded the PMTs, i.e., the N2 tube, which improved the Cu PMT background rate.

Without beam and ESR lights off:

PMT Mitte: 4 Hz
PMT Nord: 1 Hz
PMT Cu: 240 Hz

Occasionally, we noticed a spike in the PMT signal. No ions in the ring and at PMT Cu was not even supplied with HV. Has to be some electronic pickup

HV cable was in wrong channel in power supply. Now it is back to the correct position. Checked connection at the PMT.

Attached are the instructions to start and stop data taking using the NTCAP.

Today we finalized the PMT over wavelength histogram in:

Analysis/Histograms/Step2_Anl/LabView/laserscan

Currently the histogram shows the PMT middle signal on the y axis.

Remark: Tomorrow we create this kind of histogram for all PMTs.

And now also in English :) 

The ion beam is back in the ESR! 
Apparently, there was a slit moved in. (Maybe even 2)

This could have been GEEXDR11S and/or the GEEXDR1AS 

We now have the following parameters: 

SIS injection energy = 537.5 MeV/u  (we did not change this) 
Chopper window 70 us (we did not change this) 

We now have about 1.2e9 ions per injection in the ESR

Der Strahl ist wieder im ESR! 
Angeblich war einen Schlitz, oder sogar 2, reingefahren worden. 
Es könnte entweder der GEEXDR11S und/oder den GEEXDR1AS  gewesen sein. 

Wir haben jetzt folgende Parameter: 

SIS Injektionsenergie = 537.5 MeV/u  (haben wir nicht geändert) 
Chopper window 70 us (nicht geändert) 

Wir haben jetzt etwa 1.2e9 Ionen pro Injektion im ESR

MBS Channellist (time 5.4.2022)

0 Anode
1 Front
2 Back
3 PMT Süd
4 PMT Mitte
5 PMT Nord
6 PMT Cu
7 Par Det Süd
8 Par Det Nord
9 1kHz from clock generator ???
10 empty
11 empty
12 delayed common stop ???
13 PD NO
14 PD SO
15 Q-Switch

16 DC Trafo
17 Injection
18 U-Ecool
19 I-Ecool
20 P-Gun
21 P-Coll
22 Divided RF
23 1 Mhz Clock
24 empty
25 empty
26 empty 
27 dye out (1MHz)
28 empty
29 detector in (1MHz)
30 Laser step complete
31 Laser scan complete

Up to now the signals for 
Ion Current
Cooler elctron current
Cooler voltage (frequency)
were not connected to the DAQs et al.

Cables in the "rded corner", i.e. where their original soruce is were not connected !!!

attached are the current shaper settings.

list of currently connected channels:
ch2: mid x1
ch4: Cu  x1
ch6: mid x2
ch8: Cu  x2
ch9: XUV x1
ch10:XUV x2

Since we cannot write on lustre, as a temproal solution two RAID 1 (mirror) USB hard disks  with cpacity 6 TB each are installed.
The disk on the lxg1297 the disk can be accessd at /meida/sdd2
an on the lxg0155 at /media/sdc2
Regular backups should be written to these disks but NOT during data taking.

If we run out of local disk space /data.localx on the machines they could also be used as target for mbs.

Pleae check regularly if there is enough spance on the local disks.

Due to some code changes (PMT over wavelength historgram) Kristian and I backuped a working Go4 code in the current go4 folder on the atplaser linux account. 
It can be found in the subfolder "working go4 code 4.4.2020"

Nevertheless, the "normal" Go4 code in the th22 folder still works.

Kristian and I tried to create a "PMT over wavelength" histogram under step2Anl/LabView.
Unfortunately, the code ist still in progress and does not work yet.

The current code can be found in the TldaAnlProc.cxx

NTCAP is taking data with the beam with a stop at manipulation 5 (taking all the fragments).

1)

Start time: 09:07
Stop time:  11:31

Reference level: -25 dBm

SC_2022-04-04_09-07-57
IQ_2022-04-04_09-07-57

2)

Start time: 11:35
Stop time:  14:00

Reference level: -25 dBm

SC_2022-04-04_11-35-25
IQ_2022-04-04_11-35-25

Count rates were measured for the XUV-
detector for a full circle:
Cathode: -5V, shields: 0V, main coil 8A, 
sec coil 2A, 
No beam - pos 0mm: ~10 Hz
Hot beam - pos 0mm: ~5 kHZ
Cool beam - pos 147mm: ~200Hz

I co controlled all detector signals and 
adjusted the threshold to be just above 
the noise. I will double check this when 
the detector can be moved in and we have a 
beam. 

As of Yuris post in the elog the positions (Info from H. Weick):

The postion of the particle counter behind the cooler is 21.6 m behind the middle of the cooler.
This correspond to 21.6m /108,4m = 1 / 5.02 of a full revolution (please check the present revolution frequency, i.e. for 2MHz, i.e. 500ns we have the signal approx 100ns after the ion is in the middle of the cooler).
If the detecot Nord would be used for bunch timing (only planned if detctor south is defect) the distance  is half a ring + 21.4m, beind the center  of the cooler, i.e. (54.2m+21.6m)/108.4m ~ 0.7

How to start go4?:

- go to console
- change directory to '/u/atplaser/go4/th22' by typing 'cd /u/atplaser/go4/th22' in the command prompt
- [OPTIONAL]: If go4 has not been started from this shell before type '. go4login64.sh'
- go4 &
- click on Launch analysis (see picture go4_1)
- click OK on the first pop-up window
- to get current data stream: enter event source: "MBS STREAM SERVER" and name: "r4l-41" (see picture go4_2), Click Submit+Start
- to analyze old data: select old .lmd file
- click on icon with three green arrows (see picture go4_3)
- click on Analysis -> Histograms -> Step2_Anl. Relevant data can be found under: "Trending" or "TDC"





if ESR bunch frequency has changed:

- open /u/atplaser/go4/th22/TLdaAnlProc.cxx in Geany (if not already opened)
- in line 490 change variable periodInBins to current frequency (frequency in e6 between /)
- close go4 and go to console
- make clean
- make all
- reopen go4 again

resonance frequency changed from 243.2 MHz to 244.692 MHz by reducing the value of both of the plungers from 395 to 325. Now after movement, the peak is on the resonance.

The ramp for moving the beam to the central orbit
To be inserted into manipulation, GE01MU1 (SC 5): 1.05969755 rad
This can be done only when one stays in the manipulation 5
Afterwards “Manipulieren” and not “An Geräte schicken”

Calculation from Helmut Weick
Distance e-cooler to particle detectors chamber:
“This is half of ESR plus distance target - detector. This even is on the web page”
54.28 m + 21.64 m

The Xuv-detector cabel channels seem to be 
wrongly labeled in the Messhütte (see 
picture) and are propably also wrongly 
connected. Need to be relabeled and reconnected either in the 
messhütte or in the laserlab. I will look for the best 
solution tomorrow morning. 

Ken tested the Cu-mirror and CsI disk Detector. They move without a problem and don't scrape the ion beam.

The ring SIS/ESR were set up for 229/89+. Pölease note that this not only 1e- Th but ponteially also the isobars of Ac (0e-1)/Pa(2e-, strongest) and U(3e-).
SIS eenrgy plus 3.5 MeV/u w.r.t. to the 238U92+ settings. We nearly don't see any of the primary beam in the ring
Cooling energy is 208998 KeV (read from the ESR multimeter).
The positioning of the scrapers is automatized but needs to be checked again tomorrow.
In order to allow for a longer measurment time, the electron curent is 500mA only during injection but is decreased to 100mA during measurement (=> longer beam lifetime).

 
 

# Version: 1.2 # Comment: ParamModi Export at 2022-04-02T18:09:36.402593+02:00[Europe/Berlin] # Context: SIS18_FAST_E142_20220325_110213.C1 # Columns: PARAMETERNAME,VALUE,UNIT,BEAMPROCESSPURPOSE 
LOGICAL.GTK7MU5/HKICK,0.0,rad,TRANSFER_INJECTION LOGICAL.GTK7MU5/HKICK_THEO,0.0018,rad,TRANSFER_INJECTION LOGICAL.GTK7BC1L/HKICK,0.0,rad,TRANSFER_INJECTION LOGICAL.GTK7BC1L/HKICK_THEO,-0.0035,rad,TRANSFER_INJECTION 
LOGICAL.GTK7BC1L/THIGH_S,7.0E-5,s,TRANSFER_INJECTION GTK3MV4_TO_PLTKMH2_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT 
GTK3MV4_TO_PLTKMH2_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_INJECTION GTK3MV4_TO_PLTKMH2_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET 
LOGICAL.GTK9MB1V/BUMPER_VKICK_S,0.0,rad,TRANSFER_INJECTION LOGICAL.GS12ME1I/ESEP_HKICK_S,0.0,rad,TRANSFER_INJECTION LOGICAL.GS12ME1I/ESEP_K0L_THEO_S,-0.049,rad,TRANSFER_INJECTION 
LOGICAL.GS12MU3I/HKICK,0.0,rad,TRANSFER_INJECTION LOGICAL.GS12MU3I/K0L_THEO,-0.1535,rad,TRANSFER_INJECTION PLTKMH2_TO_SIS18_BEAM/MAX_PART_RATE_S,1.0E12,Hz,TRANSFER_INJECTION 
PLTKMH2_TO_SIS18_BUMPER/BUMPER_CURVATURE_S,[0, 0],s,TRANSFER_INJECTION PLTKMH2_TO_SIS18_BUMPER/TFALL_S,1.7E-4,s,TRANSFER_INJECTION PLTKMH2_TO_SIS18_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT 
PLTKMH2_TO_SIS18_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_INJECTION PLTKMH2_TO_SIS18_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET LOGICAL.GS00BS1W/ACTIVE_S,false,,RING_EXTRACTION_FAST 
LOGICAL.GS00BS1W/QRIPPLE_AMPL_START_S,0.0,V,RING_EXTRACTION_FAST LOGICAL.GS00BS1W/QRIPPLE_FREQ_START_S,0.0,Hz,RING_EXTRACTION_FAST LOGICAL.GS01MU1A/HKICK_COC,0.0,rad,RING_INJECTION 
LOGICAL.GS01MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS06MU4/BYP_HKICK_DELTA_S,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS06MU4/BYP_HKICK_START_S,0.0,rad,RING_EXTRACTION_FAST 
LOGICAL.GS01QS1F/B1L_CHIMNEY_S,6.876008,T,BEAMOUT_RESET LOGICAL.GS01KM2DV/VKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS01KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST 
LOGICAL.GS01QS2D/B1L_CHIMNEY_S,-6.474563,T,BEAMOUT_RESET LOGICAL.GS02MU1A/HKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS02MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS02KM2DV/VKICK_COC,0.0,rad,RING_INJECTION 
LOGICAL.GS02KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS03MU1A/HKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS03MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST 
LOGICAL.GS03KH1I/SCALE_B0L_IPM_S,1.0,,RING_INJECTION LOGICAL.GS03KH1I/SCALE_B0L_IPM_S,---,,RING_RAMP LOGICAL.GS03KV1I/SCALE_B0L_IPM_S,1.0,,RING_INJECTION LOGICAL.GS03KV1I/SCALE_B0L_IPM_S,---,,RING_RAMP 
LOGICAL.GS03KH2I/SCALE_B0L_IPM_S,1.0,,RING_INJECTION LOGICAL.GS03KH2I/SCALE_B0L_IPM_S,---,,RING_RAMP LOGICAL.GS03KV2I/SCALE_B0L_IPM_S,1.0,,RING_INJECTION LOGICAL.GS03KV2I/SCALE_B0L_IPM_S,---,,RING_RAMP 
LOGICAL.GS03KH3I/SCALE_B0L_IPM_S,1.0,,RING_INJECTION LOGICAL.GS03KH3I/SCALE_B0L_IPM_S,---,,RING_RAMP LOGICAL.GS03KV3I/SCALE_B0L_IPM_S,1.0,,RING_INJECTION LOGICAL.GS03KV3I/SCALE_B0L_IPM_S,---,,RING_RAMP 
LOGICAL.GS03KM2DV/VKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS03KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS04MU2A/HKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS04MU2A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST 
LOGICAL.GS04ME1E/ACTIVE_S,false,,RING_EXTRACTION_FAST LOGICAL.GS04KM2DV/VKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS04KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS05MU1A/HKICK_COC,0.0,rad,RING_INJECTION 
LOGICAL.GS05MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS05MQ1/K0L_S,0.0,rad,RING_INJECTION LOGICAL.GS05MQ1/K0L_S,---,rad,RING_RAMP LOGICAL.GS05MQ1/K0L_S,0.0,rad,RING_PRE_EXTRACTION LOGICAL.GS05MQ1/K0L_S,--
-,rad,RING_EXTRACTION_FAST LOGICAL.GS05MQ1/QKICKER_ACTIVE_B,---,,RING_INJECTION LOGICAL.GS05MQ1/QKICKER_ACTIVE_B,---,,RING_PRE_EXTRACTION LOGICAL.GS05KM2DV/VKICK_COC,0.0,rad,RING_INJECTION 
LOGICAL.GS05KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS06MU2A/HKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS06MU2A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS06KM2DV/VKICK_COC,0.0,rad,RING_INJECTION 
LOGICAL.GS06KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS07MU1A/HKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS07MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS07KM2DV/VKICK_COC,0.0,rad,RING_INJECTION 
LOGICAL.GS07KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS08MU1A/HKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS08MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS08KM2DV/VKICK_COC,0.0,rad,RING_INJECTION 
LOGICAL.GS08KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS09MU1A/HKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS09MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS09KM2DV/VKICK_COC,0.0,rad,RING_INJECTION 
LOGICAL.GS09KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS10MU1A/HKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS10MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS10KX1/HKICK_COC,0.0,rad,RING_INJECTION 
LOGICAL.GS10KX1/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS10KX2/HKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS10KX2/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS10KM2DV/VKICK_COC,0.0,rad,RING_INJECTION 
LOGICAL.GS10KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS11MU1A/HKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS11MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS11MU2/ACTIVE_S,false,,RING_INJECTION 
LOGICAL.GS11MU2/B0L_CHIMNEY_S,4.82717365,Tm,BEAMOUT_RESET LOGICAL.GS11MU2/MEC_RELDAMPL_S,0.0,,RING_INJECTION LOGICAL.GS11MU2/MEC_RELDTIME_S,0.0,,RING_INJECTION LOGICAL.GS11KM2DV/VKICK_COC,0.0,rad,RING_INJECTION 
LOGICAL.GS11KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST LOGICAL.GS12MU1A/HKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS12MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST 
LOGICAL.GS12QS1F/B1L_CHIMNEY_S,6.876008,T,BEAMOUT_RESET LOGICAL.GS12KM2DV/VKICK_COC,0.0,rad,RING_INJECTION LOGICAL.GS12KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST 
LOGICAL.GS12QS2D/B1L_CHIMNEY_S,-6.474563,T,BEAMOUT_RESET LOGICAL.GS12QS3T/B1L_CHIMNEY_S,0.580287,T,BEAMOUT_RESET SIS18B2B/B2B_KICK_START_OFFSET_S,-2.5E-5,s,RING_EXTRACTION_FAST 
SIS18B2B/B2B_MODE_RAW_S,B2EXTRACTION,,RING_EXTRACTION_FAST SIS18B2B/B2B_PHASE_DIFFERENCE_S,0.0,deg,RING_EXTRACTION_FAST SIS18B2B/B2B_PREDEFINED_BY_COUPLING_B,true,,RING_EXTRACTION_FAST 
SIS18B2B/B2B_TRIGGER_OFFSET_S,8.6,deg,RING_EXTRACTION_FAST SIS18BEAM/BEAM_MODE_S,1,,RING_INJECTION SIS18BEAM/BUCKETFILL_RAW_S,[[0.0, 0.0]],,RING_INJECTION SIS18BEAM/BUCKETFILL_RAW_S,[[0.0, 1.4]],,RING_BUNCHING 
SIS18BEAM/BUCKETFILL_RAW_S,[[1.4, 2.0]],,RING_RAMP SIS18BEAM/BUCKETFILL_RAW_S,[[2.0, 3.0]],,RING_RF_MANIPULATION SIS18BEAM/BUCKETFILL_RAW_S,[[3.0, 10.0]],,RING_PRE_EXTRACTION SIS18BEAM/BUCKETFILL_RAW_S,[[10.0, 
10.0]],,RING_EXTRACTION_FAST SIS18BEAM/BUCKETFILL_RAW_S,[[10.0, 10.0]],,RING_POST_EXTRACTION SIS18BEAM/CHIMNEY_B,true,,BEAMOUT_RESET SIS18BEAM/CH_END_S,-4.09258183,,RING_INJECTION 
SIS18BEAM/CH_END_S,-6.45521578,,RING_RAMP SIS18BEAM/CH_END_S,---,,RING_PRE_EXTRACTION SIS18BEAM/CV_END_S,-5.63105355,,RING_INJECTION SIS18BEAM/CV_END_S,-4.10566257,,RING_RAMP SIS18BEAM/CV_END_S,--
-,,RING_PRE_EXTRACTION SIS18BEAM/DELTAR,-0.001,m,RING_INJECTION SIS18BEAM/DELTAR,0.0,m,RING_EXTRACTION_FAST SIS18BEAM/DPFREV,0.0,,RING_INJECTION SIS18BEAM/DPFREV,0.0,,RING_EXTRACTION_FAST SIS18BEAM/DP_OVER_P_S,8.0E-
4,,RING_INJECTION SIS18BEAM/ELEMENT_S,92,,RING_INJECTION SIS18BEAM/E_S,1.1205E7,eV/u,RING_INJECTION SIS18BEAM/E_S,5.395E8,eV/u,RING_RAMP SIS18BEAM/FINAL_HARMONIC_S,1,,RING_RF_MANIPULATION 
SIS18BEAM/H_S,4,,RING_INJECTION SIS18BEAM/INJ_EMIH_S,1.5E-4,m*rad,RING_INJECTION SIS18BEAM/INJ_EMIV_S,5.0E-5,m*rad,RING_INJECTION SIS18BEAM/ISOTOPE_S,238,,RING_INJECTION SIS18BEAM/KL_AMPL_S,0.0,,RING_INJECTION 
SIS18BEAM/KL_AMPL_S,0.0,,RING_BUNCHING SIS18BEAM/KL_AMPL_S,0.0,,RING_RAMP SIS18BEAM/KL_AMPL_S,0.0,,RING_RF_MANIPULATION SIS18BEAM/KL_AMPL_S,0.0,,RING_PRE_EXTRACTION SIS18BEAM/KL_AMPL_S,0.0,,RING_EXTRACTION_FAST 
SIS18BEAM/KL_AMPL_S,0.0,,RING_POST_EXTRACTION SIS18BEAM/KL_HARM_S,1,,RING_INJECTION SIS18BEAM/KL_HARM_S,1,,RING_BUNCHING SIS18BEAM/KL_HARM_S,1,,RING_RAMP SIS18BEAM/KL_HARM_S,1,,RING_RF_MANIPULATION 
SIS18BEAM/KL_HARM_S,1,,RING_PRE_EXTRACTION SIS18BEAM/KL_HARM_S,1,,RING_EXTRACTION_FAST SIS18BEAM/KL_HARM_S,1,,RING_POST_EXTRACTION SIS18BEAM/KL_OFFSET_S,0.0,,RING_INJECTION 
SIS18BEAM/KL_OFFSET_S,0.0,,RING_BUNCHING SIS18BEAM/KL_OFFSET_S,0.0,,RING_RAMP SIS18BEAM/KL_OFFSET_S,0.0,,RING_RF_MANIPULATION SIS18BEAM/KL_OFFSET_S,0.0,,RING_PRE_EXTRACTION 
SIS18BEAM/KL_OFFSET_S,0.0,,RING_EXTRACTION_FAST SIS18BEAM/KL_OFFSET_S,0.0,,RING_POST_EXTRACTION SIS18BEAM/KL_PHASE_S,0.0,deg,RING_INJECTION SIS18BEAM/KL_PHASE_S,0.0,deg,RING_BUNCHING 
SIS18BEAM/KL_PHASE_S,0.0,deg,RING_RAMP SIS18BEAM/KL_PHASE_S,0.0,deg,RING_RF_MANIPULATION SIS18BEAM/KL_PHASE_S,0.0,deg,RING_PRE_EXTRACTION SIS18BEAM/KL_PHASE_S,0.0,deg,RING_EXTRACTION_FAST 
SIS18BEAM/KL_PHASE_S,0.0,deg,RING_POST_EXTRACTION SIS18BEAM/NPARTICLES_S,1.0E8,,RING_INJECTION SIS18BEAM/QH_END_S,4.27,,RING_INJECTION SIS18BEAM/QH_END_S,4.27,,RING_RAMP SIS18BEAM/QH_END_S,4.3,,RING_PRE_EXTRACTION 
SIS18BEAM/QV_END_S,3.24,,RING_INJECTION SIS18BEAM/QV_END_S,3.24,,RING_RAMP SIS18BEAM/QV_END_S,3.14,,RING_PRE_EXTRACTION SIS18BEAM/Q_S,73,,RING_INJECTION SIS18BTM/BTM_DELAYS_INPUT_S,[],s,RING_INJECTION 
SIS18BTM/BTM_DELAYS_INPUT_S,[],s,RING_EXTRACTION_FAST SIS18BTM/BTM_DEVICES_INPUT_S,[],,RING_INJECTION SIS18BTM/BTM_DEVICES_INPUT_S,[],,RING_EXTRACTION_FAST SIS18BTM/BTM_EVENTS_INPUT_S,[],,RING_INJECTION 
SIS18BTM/BTM_EVENTS_INPUT_S,[],,RING_EXTRACTION_FAST SIS18BTM/BTM_EXTRACTION_POINTS_INPUT_S,[],,RING_INJECTION SIS18BTM/BTM_EXTRACTION_POINTS_INPUT_S,[],,RING_EXTRACTION_FAST SIS18BUMPER/BUMPER_CURVATURE_S,[0, 
0],s,RING_INJECTION SIS18BUMPER/BUMPER_KNOB_S,70.0,mm,RING_INJECTION SIS18BUMPER/BUMPER_RELDSLOPE_S,0.0,,RING_INJECTION SIS18BUMPER/TFALL_S,1.8E-4,s,RING_INJECTION 
SIS18EKICKER/KICKER_KNOB_S,6.5,mrad,RING_EXTRACTION_FAST SIS18EKICKER/KICKER_MODE_S,1,,RING_EXTRACTION_FAST SIS18EKICKER/KICKER_START_S,76.5,deg,RING_EXTRACTION_FAST SIS18EKICKER/KICKER_TOFFSET1_S,2.0E-
6,s,RING_EXTRACTION_FAST SIS18EKICKER/NBUNCH1_INPUT_S,4,,RING_EXTRACTION_FAST SIS18EKICKER/TGX_TIMING_TRIGGERED_B,---,,RING_EXTRACTION_FAST SIS18IPM/IPM_ACTIVE_B,false,,RING_INJECTION 
SIS18IPM/IPM_PLANE_S,HORIZONTAL,,RING_INJECTION SIS18OPTICS/OPTIC_NAME_S,SIS18_STANDARD_OPTICS_TABLE,,RING_INJECTION SIS18OPTICS/SIGMA_S,0.0,,RING_INJECTION SIS18OPTICS/SIGMA_S,0.0,,RING_RAMP 
SIS18OPTICS/SIGMA_S,0.0,,RING_PRE_EXTRACTION SIS18OPTICS/TAU_ENDPOINT_S,0.0,,RING_RAMP SIS18OPTICS/TAU_ENDPOINT_S,0.0,,RING_PRE_EXTRACTION SIS18OPTICS/TAU_END_S,0.0,,RING_INJECTION 
SIS18OPTICS/TAU_END_S,1.0,,RING_RAMP SIS18OPTICS/TAU_END_S,1.0,,RING_PRE_EXTRACTION SIS18OPTICS/TAU_NLP_S,0.0,,RING_RAMP SIS18OPTICS/TAU_NLP_S,0.0,,RING_PRE_EXTRACTION SIS18ORBIT/AMPL_ECB_CORR,0.0,,RING_INJECTION 
SIS18ORBIT/COH01,0.009000000000000001,m,RING_INJECTION SIS18ORBIT/COH01,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COH02,-0.004,m,RING_INJECTION SIS18ORBIT/COH02,0.0,m,RING_EXTRACTION_FAST 
SIS18ORBIT/COH03,-0.006,m,RING_INJECTION SIS18ORBIT/COH03,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COH04,0.008,m,RING_INJECTION SIS18ORBIT/COH04,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COH05,-0.004,m,RING_INJECTION 
SIS18ORBIT/COH05,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COH06,-0.003,m,RING_INJECTION SIS18ORBIT/COH06,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COH07,0.005,m,RING_INJECTION SIS18ORBIT/COH07,0.0,m,RING_EXTRACTION_FAST 
SIS18ORBIT/COH08,-0.003,m,RING_INJECTION SIS18ORBIT/COH08,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COH09,0.004,m,RING_INJECTION SIS18ORBIT/COH09,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COH10,0.008,m,RING_INJECTION 
SIS18ORBIT/COH10,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COH11,-0.004,m,RING_INJECTION SIS18ORBIT/COH11,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COH12,-0.01,m,RING_INJECTION SIS18ORBIT/COH12,0.0,m,RING_EXTRACTION_FAST 
SIS18ORBIT/COV01,0.005,m,RING_INJECTION SIS18ORBIT/COV01,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COV02,0.004,m,RING_INJECTION SIS18ORBIT/COV02,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COV03,-0.004,m,RING_INJECTION 
SIS18ORBIT/COV03,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COV04,-0.002,m,RING_INJECTION SIS18ORBIT/COV04,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COV05,0.005,m,RING_INJECTION SIS18ORBIT/COV05,0.0,m,RING_EXTRACTION_FAST 
SIS18ORBIT/COV06,-0.004,m,RING_INJECTION SIS18ORBIT/COV06,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COV07,0.0,m,RING_INJECTION SIS18ORBIT/COV07,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COV08,0.0,m,RING_INJECTION 
SIS18ORBIT/COV08,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COV09,0.0,m,RING_INJECTION SIS18ORBIT/COV09,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COV10,0.002,m,RING_INJECTION SIS18ORBIT/COV10,0.0,m,RING_EXTRACTION_FAST 
SIS18ORBIT/COV11,-0.004,m,RING_INJECTION SIS18ORBIT/COV11,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/COV12,-0.004,m,RING_INJECTION SIS18ORBIT/COV12,0.0,m,RING_EXTRACTION_FAST 
SIS18ORBIT/EXTESEP_START_S,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/EXTMSEP_START_S,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/EXT_ESMS_START_S,0.0,m,RING_EXTRACTION_FAST SIS18ORBIT/XANG_ECB,0.0,rad,RING_INJECTION 
SIS18ORBIT/XPOS_ECB,-0.001,m,RING_INJECTION SIS18ORBIT/YANG_ECB,0.0,rad,RING_INJECTION SIS18ORBIT/YPOS_ECB,0.0,m,RING_INJECTION SIS18QKICKER/QKICKER_EVENT_POSITION_S,0.5,,RING_INJECTION 
SIS18QKICKER/QKICKER_EVENT_POSITION_S,0.5,,RING_PRE_EXTRACTION SIS18RF/BUNCH_ROTATE_ACTIVE_B,false,,RING_EXTRACTION_FAST SIS18RF/BUNCH_ROTATE_OFFSET_S,9.999999999999999E-5,s,RING_EXTRACTION_FAST 
SIS18RF/CAVITYPATTERN_S,[true, false, false, true, true],,RING_INJECTION SIS18RF/CAVITY_MODE_2D_RAW_S,[],,RING_INJECTION SIS18RF/CAVITY_MODE_2D_RAW_S,[],,RING_BUNCHING SIS18RF/CAVITY_MODE_2D_RAW_S,[],,RING_RAMP 
SIS18RF/CAVITY_MODE_2D_RAW_S,[],,RING_RF_MANIPULATION SIS18RF/CAVITY_MODE_2D_RAW_S,[],,RING_PRE_EXTRACTION SIS18RF/CAVITY_MODE_2D_RAW_S,[],,RING_EXTRACTION_FAST SIS18RF/CAVITY_MODE_2D_RAW_S,
[],,RING_POST_EXTRACTION SIS18RF/CAVITY_TRANSFER_B,false,,RING_INJECTION SIS18RF/DUALH_ACTIVE_S,false,,RING_INJECTION SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_INJECTION SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_BUNCHING 
SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_RAMP SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_RF_MANIPULATION SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_PRE_EXTRACTION SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_EXTRACTION_FAST 
SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_POST_EXTRACTION SIS18RF/PHASE_CHANGE_B,false,,RING_INJECTION SIS18RF/PHASE_OFFSET_S,40.0,deg,RING_INJECTION SIS18RF/RF_MANIPULATION_RAW_S,[],,RING_RAMP 
SIS18RF/RF_MANIPULATION_RAW_S,[],,RING_RF_MANIPULATION SIS18RF/RF_MANIPULATION_TIMES_S,---,s,RING_RAMP SIS18RF/RF_MANIPULATION_TIMES_S,[0.065, 0.085],s,RING_RF_MANIPULATION SIS18RF/SEQUENTIAL_RF_B,false,,RING_INJECTION 
SIS18RF/SIS18_STANDARD_RF_MANI_ENUM_S,REBUNCHING,,RING_RF_MANIPULATION SIS18RF/USE_CAVITY_MODE_MAP_B,true,,RING_INJECTION SIS18SYSTEM/GENERATE_MASP_MASKED_DEVICES_B,true,,RING_INJECTION 
SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_INJECTION SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_BUNCHING SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_RAMP 
SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_RF_MANIPULATION SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_PRE_EXTRACTION SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_EXTRACTION_FAST 
SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_POST_EXTRACTION SIS18TIMEPARAM/BDOT_S,[2.0, 2.0],T/s,BEAMOUT_INIT SIS18TIMEPARAM/BDOT_S,[3.0, 3.0],T/s,RING_RAMP SIS18TIMEPARAM/BDOT_S,[4.0, 4.0],T/s,BEAMOUT_RESET 
SIS18TIMEPARAM/BP_INDEX_B,[false, false, false],,RING_INJECTION SIS18TIMEPARAM/BP_INDEX_S,[-1, -1, -1],,RING_INJECTION SIS18TIMEPARAM/CHOPPER_OFFSET_S,6.0E-5,s,RING_INJECTION SIS18TIMEPARAM/EVENT_B,[false, false, 
false],,RING_INJECTION SIS18TIMEPARAM/EVENT_ID_S,[0, 0, 0],,RING_INJECTION SIS18TIMEPARAM/MINPDIST_S,0.0,,BEAMOUT_INIT SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_INJECTION SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_BUNCHING 
SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_RAMP SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_RF_MANIPULATION SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_PRE_EXTRACTION SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_EXTRACTION_FAST 
SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_POST_EXTRACTION SIS18TIMEPARAM/MINPDIST_S,0.0,,BEAMOUT_RESET SIS18TIMEPARAM/NINJECTIONS_S,1,,RING_INJECTION SIS18TIMEPARAM/OFFSET_S,[0.0, 0.0, 0.0],s,RING_INJECTION 
SIS18TIMEPARAM/TGRID_S,0.002,s,BEAMOUT_INIT SIS18TIMEPARAM/TGRID_S,0.002,s,RING_INJECTION SIS18TIMEPARAM/TGRID_S,0.002,s,RING_BUNCHING SIS18TIMEPARAM/TGRID_S,0.002,s,RING_RAMP 
SIS18TIMEPARAM/TGRID_S,0.002,s,RING_RF_MANIPULATION SIS18TIMEPARAM/TGRID_S,0.002,s,RING_PRE_EXTRACTION SIS18TIMEPARAM/TGRID_S,0.002,s,RING_EXTRACTION_FAST SIS18TIMEPARAM/TGRID_S,0.002,s,RING_POST_EXTRACTION 
SIS18TIMEPARAM/TGRID_S,0.002,s,BEAMOUT_RESET SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_INJECTION 
SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_BUNCHING SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_RAMP SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_PRE_EXTRACTION 
SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_EXTRACTION_FAST SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_POST_EXTRACTION SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET 
SIS18TIMEPARAM/TMEASURE_S,0.0,s,BEAMOUT_INIT SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_INJECTION SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_BUNCHING SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_RAMP 
SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_RF_MANIPULATION SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_PRE_EXTRACTION SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_EXTRACTION_FAST 
SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_POST_EXTRACTION SIS18TIMEPARAM/TMEASURE_S,0.0,s,BEAMOUT_RESET SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,BEAMOUT_INIT SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_INJECTION 
SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_BUNCHING SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_RAMP SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_RF_MANIPULATION SIS18TIMEPARAM/TROUND_S,[0.032, 
0.032],s,RING_PRE_EXTRACTION SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_EXTRACTION_FAST SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_POST_EXTRACTION SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,BEAMOUT_RESET 
SIS18TIMEPARAM/T_BP_LENGTH_S,0.17200000000000001,s,BEAMOUT_INIT SIS18TIMEPARAM/T_BP_LENGTH_S,0.5,s,RING_INJECTION SIS18TIMEPARAM/T_BP_LENGTH_S,0.032,s,RING_BUNCHING SIS18TIMEPARAM/T_BP_LENGTH_S,0.08,s,RING_RAMP 
SIS18TIMEPARAM/T_BP_LENGTH_S,0.16,s,RING_RF_MANIPULATION SIS18TIMEPARAM/T_BP_LENGTH_S,0.04,s,RING_PRE_EXTRACTION SIS18TIMEPARAM/T_BP_LENGTH_S,0.016,s,RING_EXTRACTION_FAST 
SIS18TIMEPARAM/T_BP_LENGTH_S,0.04,s,RING_POST_EXTRACTION SIS18TIMEPARAM/T_BP_LENGTH_S,0.084,s,BEAMOUT_RESET SIS18TIMEPARAM/T_WAIT_CHIMNEY_S,1.0,s,BEAMOUT_RESET SIS18TIMEPARAM/T_WAIT_S,0.04,s,BEAMOUT_INIT 
SIS18TIMEPARAM/T_WAIT_S,0.0,s,RING_INJECTION SIS18TIMEPARAM/T_WAIT_S,0.0,s,RING_BUNCHING SIS18TIMEPARAM/T_WAIT_S,0.04,s,RING_RAMP SIS18TIMEPARAM/T_WAIT_S,0.0,s,RING_RF_MANIPULATION 
SIS18TIMEPARAM/T_WAIT_S,0.0,s,RING_PRE_EXTRACTION SIS18TIMEPARAM/T_WAIT_S,0.0,s,RING_EXTRACTION_FAST SIS18TIMEPARAM/T_WAIT_S,0.0,s,RING_POST_EXTRACTION SIS18TIMEPARAM/T_WAIT_S,0.04,s,BEAMOUT_RESET 
SIS18TIMEPARAM/UNILAC_BREQ_OFFSET_S,-0.046,s,RING_INJECTION SIS18TIMEPARAM/UNILAC_NOBEAM_INPUT_S,false,,RING_INJECTION SIS18TIMEPARAM/UNILAC_NO_REQUEST_B,false,,RING_INJECTION SIS18TIMEPARAM/UNILAC_TOFFSET_S,4.5E-
5,s,RING_INJECTION SIS18TIMEPARAM/UNILAC_VIRTACC_RAW_S,9,,RING_INJECTION LOGICAL.GSCEKY2G/TOROID_I,5.6826,A,ECOOLER_COOLING LOGICAL.GSCEKY4K/TOROID_I,5.6826,A,ECOOLER_COOLING 
LOGICAL.GSCEMT4K/SOLENOID_I,360.402,A,ECOOLER_COOLING LOGICAL.GSCEBG1E/DELUACC_S,110.0,V,ECOOLER_COOLING LOGICAL.GSCEBG1E/UACC_START_END_S,[6413.9328, 6413.9328],V,ECOOLER_COOLING 
LOGICAL.GSCEBG2T/U_GUN_START_END_S,[1667.5698, 1667.5698],V,ECOOLER_COOLING LOGICAL.GSCEBG3T/U_AN_START_END_S,[700.0, 700.0],V,ECOOLER_COOLING LOGICAL.GSCEBG4T/U_SUPPR_START_END_S,[530.0, 530.0],V,ECOOLER_COOLING 
LOGICAL.GSCEBG5T/U_S,3000.0,V,ECOOLER_COOLING LOGICAL.GSCEBG1D/U_S,0.0,V,ECOOLER_COOLING LOGICAL.GSCEBG2D/U_S,0.0,V,ECOOLER_COOLING LOGICAL.GSCEBG3D/U_START_END_S,[800.0, 800.0],V,ECOOLER_COOLING 
LOGICAL.GSCEBG4D/U_START_END_S,[800.0, 800.0],V,ECOOLER_COOLING LOGICAL.GSCEMO5K/SOLENOID_GUN_I,382.077,A,ECOOLER_COOLING LOGICAL.GSCEKX1G/STEERER_POS_S,-0.002,m,ECOOLER_COOLING 
LOGICAL.GSCEKY1G/STEERER_POS_S,0.002,m,ECOOLER_COOLING LOGICAL.GSCEKX3C/STEERER_ANG_S,5.0E-4,rad,ECOOLER_COOLING LOGICAL.GSCEKY3C/STEERER_ANG_S,-2.0E-4,rad,ECOOLER_COOLING 
LOGICAL.GSCEKX5K/STEERER_POS_S,0.002,m,ECOOLER_COOLING LOGICAL.GSCEKY5K/STEERER_POS_S,-0.002,m,ECOOLER_COOLING LOGICAL.GSCEKD1D/SOLENOID_I,0.682,A,ECOOLER_COOLING 
LOGICAL.GSCEKD2D/SOLENOID_I,2.35,A,ECOOLER_COOLING LOGICAL.SIS18_COOLER_EAUX/BETAE_S,0.1537,,ECOOLER_COOLING LOGICAL.SIS18_COOLER_EAUX/NERF_S,1.7612405761647664E13,1/m³,ECOOLER_COOLING 
LOGICAL.SIS18_COOLER_EAUX/UACC_S,6146.806,V,ECOOLER_COOLING LOGICAL.SIS18_COOLER_EAUX/USC_START_END_S,[157.1268, 157.1268],V,ECOOLER_COOLING SIS18_COOLER_EBEAM/BT,0.06,T,ECOOLER_COOLING 
SIS18_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,ECOOLER_COOLING SIS18_COOLER_EBEAM/EXPF_S,3.0,,ECOOLER_COOLING SIS18_COOLER_EBEAM/GAMME_USER,1.001,,ECOOLER_COOLING SIS18_COOLER_EBEAM/IE_S,0.2,A,ECOOLER_COOLING 
SIS18_COOLER_EBEAM/OVERWRITE_GAMME_B,false,,ECOOLER_COOLING SIS18_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT SIS18_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,ECOOLER_COOLING 
SIS18_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,STATIC SIS18_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET LOGICAL.GTE1KY1/VKICK,-0.0022,rad,TRANSFER_EXTRACTION 
LOGICAL.GTE1QD11/K1L,0.2017,1/m,TRANSFER_EXTRACTION LOGICAL.GTE1QD12/K1L,-0.2374,1/m,TRANSFER_EXTRACTION LOGICAL.GTS1MU1/HKICK,0.0,rad,TRANSFER_EXTRACTION 
SIS18_TO_GTS1MU1_OPTICS/OPTIC_NAME_S,SIS18_TE_ESR_LEGACY,,TRANSFER_EXTRACTION SIS18_TO_GTS1MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT 
SIS18_TO_GTS1MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_EXTRACTION SIS18_TO_GTS1MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET LOGICAL.GTE2KX1/HKICK,-0.002,rad,TRANSFER_EXTRACTION 
LOGICAL.GTE2QT11/K1L,0.2487,1/m,TRANSFER_EXTRACTION LOGICAL.GTE2QT12/K1L,-0.4301,1/m,TRANSFER_EXTRACTION LOGICAL.GTE2QT13/K1L,0.3493,1/m,TRANSFER_EXTRACTION LOGICAL.GTE3MU1/HKICK,-0.001,rad,TRANSFER_EXTRACTION 
GTS1MU1_TO_GTE3MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT GTS1MU1_TO_GTE3MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_EXTRACTION 
GTS1MU1_TO_GTE3MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET LOGICAL.GTE3KY1/VKICK,0.0,rad,TRANSFER_EXTRACTION LOGICAL.GTE3QD11/K1L,0.4885,1/m,TRANSFER_EXTRACTION 
LOGICAL.GTE3QD12/K1L,-0.5615,1/m,TRANSFER_EXTRACTION GTE3MU1_TO_GTE3UF_BEAM/E_S,5.395E8,eV/u,TRANSFER_EXTRACTION GTE3MU1_TO_GTE3UF_BEAM/Q_S,73,,TRANSFER_EXTRACTION 
GTE3MU1_TO_GTS6MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT GTE3MU1_TO_GTS6MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_EXTRACTION 
GTE3MU1_TO_GTS6MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET LOGICAL.GTE3UF/OVERWRITE_TARGET_EOUT_B,true,,TRANSFER_EXTRACTION 
LOGICAL.GTE3UF/TARGET_E_USER_S,3.748E8,eV/u,TRANSFER_EXTRACTION LOGICAL.GTE3UF/TARGET_INBEAM_B,true,,TRANSFER_EXTRACTION LOGICAL.GTE3UF/TARGET_PROPAGATE_B,true,,TRANSFER_EXTRACTION 
LOGICAL.GTE3UF/TARGET_Q_PROD_S,92,,TRANSFER_EXTRACTION LOGICAL.GTE4QD11/K1L,-0.5625,1/m,TRANSFER_EXTRACTION LOGICAL.GTE4QD12/K1L,0.4554,1/m,TRANSFER_EXTRACTION 
LOGICAL.GTE4MU1/HKICK,0.0011,rad,TRANSFER_EXTRACTION LOGICAL.GTE4KY1/VKICK,-6.0E-4,rad,TRANSFER_EXTRACTION LOGICAL.GTE4QT21/K1L,0.3805,1/m,TRANSFER_EXTRACTION LOGICAL.GTE4QT22/K1L,-0.4588,1/m,TRANSFER_EXTRACTION 
LOGICAL.GTE4QT23/K1L,0.2175,1/m,TRANSFER_EXTRACTION LOGICAL.GTE4MU2/HKICK,-3.0E-4,rad,TRANSFER_EXTRACTION LOGICAL.GTE4KY2/VKICK,0.0,rad,TRANSFER_EXTRACTION LOGICAL.GTE4QT31/K1L,-0.0032,1/m,TRANSFER_EXTRACTION 
LOGICAL.GTE4QT32/K1L,0.2113,1/m,TRANSFER_EXTRACTION LOGICAL.GTE4QT33/K1L,-0.2073,1/m,TRANSFER_EXTRACTION LOGICAL.GTE4KX3/HKICK,0.0,rad,TRANSFER_EXTRACTION LOGICAL.GTE4KY3/VKICK,0.0015,rad,TRANSFER_EXTRACTION 
GTE3UF_TO_GTS6MU1_BEAM/E_S,3.748E8,eV/u,TRANSFER_EXTRACTION GTE3UF_TO_GTS6MU1_BEAM/Q_S,92,,TRANSFER_EXTRACTION LOGICAL.GTS6MU1/HKICK,0.0,rad,TRANSFER_EXTRACTION 
GTS6MU1_TO_GTS6MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT GTS6MU1_TO_GTS6MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_EXTRACTION 
GTS6MU1_TO_GTS6MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET LOGICAL.GTE5KS1/K2L,0.0,1/m²,TRANSFER_EXTRACTION LOGICAL.GTE5QD11/K1L,0.4,1/m,TRANSFER_EXTRACTION 
LOGICAL.GTE5QD12/K1L,-0.47,1/m,TRANSFER_EXTRACTION LOGICAL.GTE5KY1/VKICK,-0.002,rad,TRANSFER_EXTRACTION GTS6MU1_TO_ESR_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT 
GTS6MU1_TO_ESR_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_EXTRACTION GTS6MU1_TO_ESR_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET LOGICAL.GTE5DSAH/SLIT_BRHODEVIATION_S,--
-,,TRANSFER_EXTRACTION LOGICAL.GTE5DSAH/SLIT_LPOS_S,---,m,TRANSFER_EXTRACTION LOGICAL.GTE5DSAH/SLIT_RPOS_S,---,m,TRANSFER_EXTRACTION LOGICAL.GTE5DGCG/TARGET_INBEAM_B,---,,TRANSFER_EXTRACTION 
LOGICAL.GTE5DGDG/TARGET_INBEAM_B,---,,TRANSFER_EXTRACTION LOGICAL.GTE5MU0/HKICK,0.0015,rad,TRANSFER_EXTRACTION LOGICAL.GTE5QD21/K1L,-0.9,1/m,TRANSFER_EXTRACTION LOGICAL.GTE5QD22/K1L,0.68,1/m,TRANSFER_EXTRACTION 
LOGICAL.GTE5DGAG/TARGET_INBEAM_B,---,,TRANSFER_EXTRACTION 

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# Version: 1.2
# Comment: ParamModi Export at 2022-04-02T16:04:10.778077+02:00[Europe/Berlin]
# Context: SIS18_FAST_E142_20220325_110213.C1
# Columns: PARAMETERNAME,VALUE,UNIT,BEAMPROCESSPURPOSE
LOGICAL.GTK7MU5/HKICK,0.0,rad,TRANSFER_INJECTION
LOGICAL.GTK7MU5/HKICK_THEO,0.0018,rad,TRANSFER_INJECTION
LOGICAL.GTK7BC1L/HKICK,0.0,rad,TRANSFER_INJECTION
LOGICAL.GTK7BC1L/HKICK_THEO,-0.0035,rad,TRANSFER_INJECTION
LOGICAL.GTK7BC1L/THIGH_S,7.0E-5,s,TRANSFER_INJECTION
GTK3MV4_TO_PLTKMH2_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT
GTK3MV4_TO_PLTKMH2_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_INJECTION
GTK3MV4_TO_PLTKMH2_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET
LOGICAL.GTK9MB1V/BUMPER_VKICK_S,0.0,rad,TRANSFER_INJECTION
LOGICAL.GS12ME1I/ESEP_HKICK_S,0.0,rad,TRANSFER_INJECTION
LOGICAL.GS12ME1I/ESEP_K0L_THEO_S,-0.049,rad,TRANSFER_INJECTION
LOGICAL.GS12MU3I/HKICK,0.0,rad,TRANSFER_INJECTION
LOGICAL.GS12MU3I/K0L_THEO,-0.1535,rad,TRANSFER_INJECTION
PLTKMH2_TO_SIS18_BEAM/MAX_PART_RATE_S,1.0E12,Hz,TRANSFER_INJECTION
PLTKMH2_TO_SIS18_BUMPER/BUMPER_CURVATURE_S,[0, 0],s,TRANSFER_INJECTION
PLTKMH2_TO_SIS18_BUMPER/TFALL_S,1.7E-4,s,TRANSFER_INJECTION
PLTKMH2_TO_SIS18_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT
PLTKMH2_TO_SIS18_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_INJECTION
PLTKMH2_TO_SIS18_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET
LOGICAL.GS00BS1W/ACTIVE_S,false,,RING_EXTRACTION_FAST
LOGICAL.GS00BS1W/QRIPPLE_AMPL_START_S,0.0,V,RING_EXTRACTION_FAST
LOGICAL.GS00BS1W/QRIPPLE_FREQ_START_S,0.0,Hz,RING_EXTRACTION_FAST
LOGICAL.GS01MU1A/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS01MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS06MU4/BYP_HKICK_DELTA_S,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS06MU4/BYP_HKICK_START_S,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS01QS1F/B1L_CHIMNEY_S,6.876008,T,BEAMOUT_RESET
LOGICAL.GS01KM2DV/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS01KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS01QS2D/B1L_CHIMNEY_S,-6.474563,T,BEAMOUT_RESET
LOGICAL.GS02MU1A/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS02MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS02KM2DV/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS02KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS03MU1A/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS03MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS03KH1I/SCALE_B0L_IPM_S,1.0,,RING_INJECTION
LOGICAL.GS03KH1I/SCALE_B0L_IPM_S,---,,RING_RAMP
LOGICAL.GS03KV1I/SCALE_B0L_IPM_S,1.0,,RING_INJECTION
LOGICAL.GS03KV1I/SCALE_B0L_IPM_S,---,,RING_RAMP
LOGICAL.GS03KH2I/SCALE_B0L_IPM_S,1.0,,RING_INJECTION
LOGICAL.GS03KH2I/SCALE_B0L_IPM_S,---,,RING_RAMP
LOGICAL.GS03KV2I/SCALE_B0L_IPM_S,1.0,,RING_INJECTION
LOGICAL.GS03KV2I/SCALE_B0L_IPM_S,---,,RING_RAMP
LOGICAL.GS03KH3I/SCALE_B0L_IPM_S,1.0,,RING_INJECTION
LOGICAL.GS03KH3I/SCALE_B0L_IPM_S,---,,RING_RAMP
LOGICAL.GS03KV3I/SCALE_B0L_IPM_S,1.0,,RING_INJECTION
LOGICAL.GS03KV3I/SCALE_B0L_IPM_S,---,,RING_RAMP
LOGICAL.GS03KM2DV/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS03KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS04MU2A/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS04MU2A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS04ME1E/ACTIVE_S,false,,RING_EXTRACTION_FAST
LOGICAL.GS04KM2DV/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS04KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS05MU1A/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS05MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS05MQ1/K0L_S,0.0,rad,RING_INJECTION
LOGICAL.GS05MQ1/K0L_S,---,rad,RING_RAMP
LOGICAL.GS05MQ1/K0L_S,0.0,rad,RING_PRE_EXTRACTION
LOGICAL.GS05MQ1/K0L_S,---,rad,RING_EXTRACTION_FAST
LOGICAL.GS05MQ1/QKICKER_ACTIVE_B,---,,RING_INJECTION
LOGICAL.GS05MQ1/QKICKER_ACTIVE_B,---,,RING_PRE_EXTRACTION
LOGICAL.GS05KM2DV/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS05KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS06MU2A/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS06MU2A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS06KM2DV/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS06KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS07MU1A/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS07MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS07KM2DV/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS07KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS08MU1A/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS08MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS08KM2DV/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS08KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS09MU1A/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS09MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS09KM2DV/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS09KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS10MU1A/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS10MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS10KX1/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS10KX1/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS10KX2/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS10KX2/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS10KM2DV/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS10KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS11MU1A/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS11MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS11MU2/ACTIVE_S,false,,RING_INJECTION
LOGICAL.GS11MU2/B0L_CHIMNEY_S,4.82717365,Tm,BEAMOUT_RESET
LOGICAL.GS11MU2/MEC_RELDAMPL_S,0.0,,RING_INJECTION
LOGICAL.GS11MU2/MEC_RELDTIME_S,0.0,,RING_INJECTION
LOGICAL.GS11KM2DV/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS11KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS12MU1A/HKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS12MU1A/HKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS12QS1F/B1L_CHIMNEY_S,6.876008,T,BEAMOUT_RESET
LOGICAL.GS12KM2DV/VKICK_COC,0.0,rad,RING_INJECTION
LOGICAL.GS12KM2DV/VKICK_COC,0.0,rad,RING_EXTRACTION_FAST
LOGICAL.GS12QS2D/B1L_CHIMNEY_S,-6.474563,T,BEAMOUT_RESET
LOGICAL.GS12QS3T/B1L_CHIMNEY_S,0.580287,T,BEAMOUT_RESET
SIS18B2B/B2B_KICK_START_OFFSET_S,-2.5E-5,s,RING_EXTRACTION_FAST
SIS18B2B/B2B_MODE_RAW_S,B2EXTRACTION,,RING_EXTRACTION_FAST
SIS18B2B/B2B_PHASE_DIFFERENCE_S,0.0,deg,RING_EXTRACTION_FAST
SIS18B2B/B2B_PREDEFINED_BY_COUPLING_B,true,,RING_EXTRACTION_FAST
SIS18B2B/B2B_TRIGGER_OFFSET_S,8.6,deg,RING_EXTRACTION_FAST
SIS18BEAM/BEAM_MODE_S,1,,RING_INJECTION
SIS18BEAM/BUCKETFILL_RAW_S,[[0.0, 0.0]],,RING_INJECTION
SIS18BEAM/BUCKETFILL_RAW_S,[[0.0, 1.4]],,RING_BUNCHING
SIS18BEAM/BUCKETFILL_RAW_S,[[1.4, 2.0]],,RING_RAMP
SIS18BEAM/BUCKETFILL_RAW_S,[[2.0, 3.0]],,RING_RF_MANIPULATION
SIS18BEAM/BUCKETFILL_RAW_S,[[3.0, 10.0]],,RING_PRE_EXTRACTION
SIS18BEAM/BUCKETFILL_RAW_S,[[10.0, 10.0]],,RING_EXTRACTION_FAST
SIS18BEAM/BUCKETFILL_RAW_S,[[10.0, 10.0]],,RING_POST_EXTRACTION
SIS18BEAM/CHIMNEY_B,true,,BEAMOUT_RESET
SIS18BEAM/CH_END_S,-4.09258183,,RING_INJECTION
SIS18BEAM/CH_END_S,-6.45521578,,RING_RAMP
SIS18BEAM/CH_END_S,---,,RING_PRE_EXTRACTION
SIS18BEAM/CV_END_S,-5.63105355,,RING_INJECTION
SIS18BEAM/CV_END_S,-4.10566257,,RING_RAMP
SIS18BEAM/CV_END_S,---,,RING_PRE_EXTRACTION
SIS18BEAM/DELTAR,-0.001,m,RING_INJECTION
SIS18BEAM/DELTAR,0.0,m,RING_EXTRACTION_FAST
SIS18BEAM/DPFREV,0.0,,RING_INJECTION
SIS18BEAM/DPFREV,0.0,,RING_EXTRACTION_FAST
SIS18BEAM/DP_OVER_P_S,8.0E-4,,RING_INJECTION
SIS18BEAM/ELEMENT_S,92,,RING_INJECTION
SIS18BEAM/E_S,1.1205E7,eV/u,RING_INJECTION
SIS18BEAM/E_S,5.36E8,eV/u,RING_RAMP
SIS18BEAM/FINAL_HARMONIC_S,1,,RING_RF_MANIPULATION
SIS18BEAM/H_S,4,,RING_INJECTION
SIS18BEAM/INJ_EMIH_S,1.5E-4,m*rad,RING_INJECTION
SIS18BEAM/INJ_EMIV_S,5.0E-5,m*rad,RING_INJECTION
SIS18BEAM/ISOTOPE_S,238,,RING_INJECTION
SIS18BEAM/KL_AMPL_S,0.0,,RING_INJECTION
SIS18BEAM/KL_AMPL_S,0.0,,RING_BUNCHING
SIS18BEAM/KL_AMPL_S,0.0,,RING_RAMP
SIS18BEAM/KL_AMPL_S,0.0,,RING_RF_MANIPULATION
SIS18BEAM/KL_AMPL_S,0.0,,RING_PRE_EXTRACTION
SIS18BEAM/KL_AMPL_S,0.0,,RING_EXTRACTION_FAST
SIS18BEAM/KL_AMPL_S,0.0,,RING_POST_EXTRACTION
SIS18BEAM/KL_HARM_S,1,,RING_INJECTION
SIS18BEAM/KL_HARM_S,1,,RING_BUNCHING
SIS18BEAM/KL_HARM_S,1,,RING_RAMP
SIS18BEAM/KL_HARM_S,1,,RING_RF_MANIPULATION
SIS18BEAM/KL_HARM_S,1,,RING_PRE_EXTRACTION
SIS18BEAM/KL_HARM_S,1,,RING_EXTRACTION_FAST
SIS18BEAM/KL_HARM_S,1,,RING_POST_EXTRACTION
SIS18BEAM/KL_OFFSET_S,0.0,,RING_INJECTION
SIS18BEAM/KL_OFFSET_S,0.0,,RING_BUNCHING
SIS18BEAM/KL_OFFSET_S,0.0,,RING_RAMP
SIS18BEAM/KL_OFFSET_S,0.0,,RING_RF_MANIPULATION
SIS18BEAM/KL_OFFSET_S,0.0,,RING_PRE_EXTRACTION
SIS18BEAM/KL_OFFSET_S,0.0,,RING_EXTRACTION_FAST
SIS18BEAM/KL_OFFSET_S,0.0,,RING_POST_EXTRACTION
SIS18BEAM/KL_PHASE_S,0.0,deg,RING_INJECTION
SIS18BEAM/KL_PHASE_S,0.0,deg,RING_BUNCHING
SIS18BEAM/KL_PHASE_S,0.0,deg,RING_RAMP
SIS18BEAM/KL_PHASE_S,0.0,deg,RING_RF_MANIPULATION
SIS18BEAM/KL_PHASE_S,0.0,deg,RING_PRE_EXTRACTION
SIS18BEAM/KL_PHASE_S,0.0,deg,RING_EXTRACTION_FAST
SIS18BEAM/KL_PHASE_S,0.0,deg,RING_POST_EXTRACTION
SIS18BEAM/NPARTICLES_S,1.0E8,,RING_INJECTION
SIS18BEAM/QH_END_S,4.27,,RING_INJECTION
SIS18BEAM/QH_END_S,4.27,,RING_RAMP
SIS18BEAM/QH_END_S,4.3,,RING_PRE_EXTRACTION
SIS18BEAM/QV_END_S,3.24,,RING_INJECTION
SIS18BEAM/QV_END_S,3.24,,RING_RAMP
SIS18BEAM/QV_END_S,3.14,,RING_PRE_EXTRACTION
SIS18BEAM/Q_S,73,,RING_INJECTION
SIS18BTM/BTM_DELAYS_INPUT_S,[],s,RING_INJECTION
SIS18BTM/BTM_DELAYS_INPUT_S,[],s,RING_EXTRACTION_FAST
SIS18BTM/BTM_DEVICES_INPUT_S,[],,RING_INJECTION
SIS18BTM/BTM_DEVICES_INPUT_S,[],,RING_EXTRACTION_FAST
SIS18BTM/BTM_EVENTS_INPUT_S,[],,RING_INJECTION
SIS18BTM/BTM_EVENTS_INPUT_S,[],,RING_EXTRACTION_FAST
SIS18BTM/BTM_EXTRACTION_POINTS_INPUT_S,[],,RING_INJECTION
SIS18BTM/BTM_EXTRACTION_POINTS_INPUT_S,[],,RING_EXTRACTION_FAST
SIS18BUMPER/BUMPER_CURVATURE_S,[0, 0],s,RING_INJECTION
SIS18BUMPER/BUMPER_KNOB_S,70.0,mm,RING_INJECTION
SIS18BUMPER/BUMPER_RELDSLOPE_S,0.0,,RING_INJECTION
SIS18BUMPER/TFALL_S,1.8E-4,s,RING_INJECTION
SIS18EKICKER/KICKER_KNOB_S,6.5,mrad,RING_EXTRACTION_FAST
SIS18EKICKER/KICKER_MODE_S,1,,RING_EXTRACTION_FAST
SIS18EKICKER/KICKER_START_S,76.5,deg,RING_EXTRACTION_FAST
SIS18EKICKER/KICKER_TOFFSET1_S,2.0E-6,s,RING_EXTRACTION_FAST
SIS18EKICKER/NBUNCH1_INPUT_S,4,,RING_EXTRACTION_FAST
SIS18EKICKER/TGX_TIMING_TRIGGERED_B,---,,RING_EXTRACTION_FAST
SIS18IPM/IPM_ACTIVE_B,false,,RING_INJECTION
SIS18IPM/IPM_PLANE_S,HORIZONTAL,,RING_INJECTION
SIS18OPTICS/OPTIC_NAME_S,SIS18_STANDARD_OPTICS_TABLE,,RING_INJECTION
SIS18OPTICS/SIGMA_S,0.0,,RING_INJECTION
SIS18OPTICS/SIGMA_S,0.0,,RING_RAMP
SIS18OPTICS/SIGMA_S,0.0,,RING_PRE_EXTRACTION
SIS18OPTICS/TAU_ENDPOINT_S,0.0,,RING_RAMP
SIS18OPTICS/TAU_ENDPOINT_S,0.0,,RING_PRE_EXTRACTION
SIS18OPTICS/TAU_END_S,0.0,,RING_INJECTION
SIS18OPTICS/TAU_END_S,1.0,,RING_RAMP
SIS18OPTICS/TAU_END_S,1.0,,RING_PRE_EXTRACTION
SIS18OPTICS/TAU_NLP_S,0.0,,RING_RAMP
SIS18OPTICS/TAU_NLP_S,0.0,,RING_PRE_EXTRACTION
SIS18ORBIT/AMPL_ECB_CORR,0.0,,RING_INJECTION
SIS18ORBIT/COH01,0.009000000000000001,m,RING_INJECTION
SIS18ORBIT/COH01,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COH02,-0.004,m,RING_INJECTION
SIS18ORBIT/COH02,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COH03,-0.006,m,RING_INJECTION
SIS18ORBIT/COH03,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COH04,0.008,m,RING_INJECTION
SIS18ORBIT/COH04,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COH05,-0.004,m,RING_INJECTION
SIS18ORBIT/COH05,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COH06,-0.003,m,RING_INJECTION
SIS18ORBIT/COH06,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COH07,0.005,m,RING_INJECTION
SIS18ORBIT/COH07,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COH08,-0.003,m,RING_INJECTION
SIS18ORBIT/COH08,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COH09,0.004,m,RING_INJECTION
SIS18ORBIT/COH09,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COH10,0.008,m,RING_INJECTION
SIS18ORBIT/COH10,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COH11,-0.004,m,RING_INJECTION
SIS18ORBIT/COH11,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COH12,-0.01,m,RING_INJECTION
SIS18ORBIT/COH12,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COV01,0.005,m,RING_INJECTION
SIS18ORBIT/COV01,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COV02,0.004,m,RING_INJECTION
SIS18ORBIT/COV02,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COV03,-0.004,m,RING_INJECTION
SIS18ORBIT/COV03,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COV04,-0.002,m,RING_INJECTION
SIS18ORBIT/COV04,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COV05,0.005,m,RING_INJECTION
SIS18ORBIT/COV05,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COV06,-0.004,m,RING_INJECTION
SIS18ORBIT/COV06,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COV07,0.0,m,RING_INJECTION
SIS18ORBIT/COV07,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COV08,0.0,m,RING_INJECTION
SIS18ORBIT/COV08,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COV09,0.0,m,RING_INJECTION
SIS18ORBIT/COV09,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COV10,0.002,m,RING_INJECTION
SIS18ORBIT/COV10,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COV11,-0.004,m,RING_INJECTION
SIS18ORBIT/COV11,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/COV12,-0.004,m,RING_INJECTION
SIS18ORBIT/COV12,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/EXTESEP_START_S,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/EXTMSEP_START_S,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/EXT_ESMS_START_S,0.0,m,RING_EXTRACTION_FAST
SIS18ORBIT/XANG_ECB,0.0,rad,RING_INJECTION
SIS18ORBIT/XPOS_ECB,-0.001,m,RING_INJECTION
SIS18ORBIT/YANG_ECB,0.0,rad,RING_INJECTION
SIS18ORBIT/YPOS_ECB,0.0,m,RING_INJECTION
SIS18QKICKER/QKICKER_EVENT_POSITION_S,0.5,,RING_INJECTION
SIS18QKICKER/QKICKER_EVENT_POSITION_S,0.5,,RING_PRE_EXTRACTION
SIS18RF/BUNCH_ROTATE_ACTIVE_B,false,,RING_EXTRACTION_FAST
SIS18RF/BUNCH_ROTATE_OFFSET_S,9.999999999999999E-5,s,RING_EXTRACTION_FAST
SIS18RF/CAVITYPATTERN_S,[true, false, false, true, true],,RING_INJECTION
SIS18RF/CAVITY_MODE_2D_RAW_S,[],,RING_INJECTION
SIS18RF/CAVITY_MODE_2D_RAW_S,[],,RING_BUNCHING
SIS18RF/CAVITY_MODE_2D_RAW_S,[],,RING_RAMP
SIS18RF/CAVITY_MODE_2D_RAW_S,[],,RING_RF_MANIPULATION
SIS18RF/CAVITY_MODE_2D_RAW_S,[],,RING_PRE_EXTRACTION
SIS18RF/CAVITY_MODE_2D_RAW_S,[],,RING_EXTRACTION_FAST
SIS18RF/CAVITY_MODE_2D_RAW_S,[],,RING_POST_EXTRACTION
SIS18RF/CAVITY_TRANSFER_B,false,,RING_INJECTION
SIS18RF/DUALH_ACTIVE_S,false,,RING_INJECTION
SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_INJECTION
SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_BUNCHING
SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_RAMP
SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_RF_MANIPULATION
SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_PRE_EXTRACTION
SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_EXTRACTION_FAST
SIS18RF/DUALH_RAW_S,[[-1.0, -1.0]],,RING_POST_EXTRACTION
SIS18RF/PHASE_CHANGE_B,false,,RING_INJECTION
SIS18RF/PHASE_OFFSET_S,40.0,deg,RING_INJECTION
SIS18RF/RF_MANIPULATION_RAW_S,[],,RING_RAMP
SIS18RF/RF_MANIPULATION_RAW_S,[],,RING_RF_MANIPULATION
SIS18RF/RF_MANIPULATION_TIMES_S,---,s,RING_RAMP
SIS18RF/RF_MANIPULATION_TIMES_S,[0.065, 0.085],s,RING_RF_MANIPULATION
SIS18RF/SEQUENTIAL_RF_B,false,,RING_INJECTION
SIS18RF/SIS18_STANDARD_RF_MANI_ENUM_S,REBUNCHING,,RING_RF_MANIPULATION
SIS18RF/USE_CAVITY_MODE_MAP_B,true,,RING_INJECTION
SIS18SYSTEM/GENERATE_MASP_MASKED_DEVICES_B,true,,RING_INJECTION
SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_INJECTION
SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_BUNCHING
SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_RAMP
SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_RF_MANIPULATION
SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_PRE_EXTRACTION
SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_EXTRACTION_FAST
SIS18SYSTEM/MASP_MASKED_DEVICES_INPUT_S,---,,RING_POST_EXTRACTION
SIS18TIMEPARAM/BDOT_S,[2.0, 2.0],T/s,BEAMOUT_INIT
SIS18TIMEPARAM/BDOT_S,[3.0, 3.0],T/s,RING_RAMP
SIS18TIMEPARAM/BDOT_S,[4.0, 4.0],T/s,BEAMOUT_RESET
SIS18TIMEPARAM/BP_INDEX_B,[false, false, false],,RING_INJECTION
SIS18TIMEPARAM/BP_INDEX_S,[-1, -1, -1],,RING_INJECTION
SIS18TIMEPARAM/CHOPPER_OFFSET_S,6.0E-5,s,RING_INJECTION
SIS18TIMEPARAM/EVENT_B,[false, false, false],,RING_INJECTION
SIS18TIMEPARAM/EVENT_ID_S,[0, 0, 0],,RING_INJECTION
SIS18TIMEPARAM/MINPDIST_S,0.0,,BEAMOUT_INIT
SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_INJECTION
SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_BUNCHING
SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_RAMP
SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_RF_MANIPULATION
SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_PRE_EXTRACTION
SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_EXTRACTION_FAST
SIS18TIMEPARAM/MINPDIST_S,0.0,,RING_POST_EXTRACTION
SIS18TIMEPARAM/MINPDIST_S,0.0,,BEAMOUT_RESET
SIS18TIMEPARAM/NINJECTIONS_S,1,,RING_INJECTION
SIS18TIMEPARAM/OFFSET_S,[0.0, 0.0, 0.0],s,RING_INJECTION
SIS18TIMEPARAM/TGRID_S,0.002,s,BEAMOUT_INIT
SIS18TIMEPARAM/TGRID_S,0.002,s,RING_INJECTION
SIS18TIMEPARAM/TGRID_S,0.002,s,RING_BUNCHING
SIS18TIMEPARAM/TGRID_S,0.002,s,RING_RAMP
SIS18TIMEPARAM/TGRID_S,0.002,s,RING_RF_MANIPULATION
SIS18TIMEPARAM/TGRID_S,0.002,s,RING_PRE_EXTRACTION
SIS18TIMEPARAM/TGRID_S,0.002,s,RING_EXTRACTION_FAST
SIS18TIMEPARAM/TGRID_S,0.002,s,RING_POST_EXTRACTION
SIS18TIMEPARAM/TGRID_S,0.002,s,BEAMOUT_RESET
SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT
SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_INJECTION
SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_BUNCHING
SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_RAMP
SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_PRE_EXTRACTION
SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_EXTRACTION_FAST
SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,RING_POST_EXTRACTION
SIS18TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET
SIS18TIMEPARAM/TMEASURE_S,0.0,s,BEAMOUT_INIT
SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_INJECTION
SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_BUNCHING
SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_RAMP
SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_RF_MANIPULATION
SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_PRE_EXTRACTION
SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_EXTRACTION_FAST
SIS18TIMEPARAM/TMEASURE_S,0.0,s,RING_POST_EXTRACTION
SIS18TIMEPARAM/TMEASURE_S,0.0,s,BEAMOUT_RESET
SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,BEAMOUT_INIT
SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_INJECTION
SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_BUNCHING
SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_RAMP
SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_RF_MANIPULATION
SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_PRE_EXTRACTION
SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_EXTRACTION_FAST
SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,RING_POST_EXTRACTION
SIS18TIMEPARAM/TROUND_S,[0.032, 0.032],s,BEAMOUT_RESET
SIS18TIMEPARAM/T_BP_LENGTH_S,0.17200000000000001,s,BEAMOUT_INIT
SIS18TIMEPARAM/T_BP_LENGTH_S,0.5,s,RING_INJECTION
SIS18TIMEPARAM/T_BP_LENGTH_S,0.032,s,RING_BUNCHING
SIS18TIMEPARAM/T_BP_LENGTH_S,0.08,s,RING_RAMP
SIS18TIMEPARAM/T_BP_LENGTH_S,0.16,s,RING_RF_MANIPULATION
SIS18TIMEPARAM/T_BP_LENGTH_S,0.04,s,RING_PRE_EXTRACTION
SIS18TIMEPARAM/T_BP_LENGTH_S,0.016,s,RING_EXTRACTION_FAST
SIS18TIMEPARAM/T_BP_LENGTH_S,0.04,s,RING_POST_EXTRACTION
SIS18TIMEPARAM/T_BP_LENGTH_S,0.084,s,BEAMOUT_RESET
SIS18TIMEPARAM/T_WAIT_CHIMNEY_S,1.0,s,BEAMOUT_RESET
SIS18TIMEPARAM/T_WAIT_S,0.04,s,BEAMOUT_INIT
SIS18TIMEPARAM/T_WAIT_S,0.0,s,RING_INJECTION
SIS18TIMEPARAM/T_WAIT_S,0.0,s,RING_BUNCHING
SIS18TIMEPARAM/T_WAIT_S,0.04,s,RING_RAMP
SIS18TIMEPARAM/T_WAIT_S,0.0,s,RING_RF_MANIPULATION
SIS18TIMEPARAM/T_WAIT_S,0.0,s,RING_PRE_EXTRACTION
SIS18TIMEPARAM/T_WAIT_S,0.0,s,RING_EXTRACTION_FAST
SIS18TIMEPARAM/T_WAIT_S,0.0,s,RING_POST_EXTRACTION
SIS18TIMEPARAM/T_WAIT_S,0.04,s,BEAMOUT_RESET
SIS18TIMEPARAM/UNILAC_BREQ_OFFSET_S,-0.046,s,RING_INJECTION
SIS18TIMEPARAM/UNILAC_NOBEAM_INPUT_S,false,,RING_INJECTION
SIS18TIMEPARAM/UNILAC_NO_REQUEST_B,false,,RING_INJECTION
SIS18TIMEPARAM/UNILAC_TOFFSET_S,4.5E-5,s,RING_INJECTION
SIS18TIMEPARAM/UNILAC_VIRTACC_RAW_S,9,,RING_INJECTION
LOGICAL.GSCEKY2G/TOROID_I,5.6826,A,ECOOLER_COOLING
LOGICAL.GSCEKY4K/TOROID_I,5.6826,A,ECOOLER_COOLING
LOGICAL.GSCEMT4K/SOLENOID_I,360.402,A,ECOOLER_COOLING
LOGICAL.GSCEBG1E/DELUACC_S,110.0,V,ECOOLER_COOLING
LOGICAL.GSCEBG1E/UACC_START_END_S,[6413.9328, 6413.9328],V,ECOOLER_COOLING
LOGICAL.GSCEBG2T/U_GUN_START_END_S,[1667.5698, 1667.5698],V,ECOOLER_COOLING
LOGICAL.GSCEBG3T/U_AN_START_END_S,[700.0, 700.0],V,ECOOLER_COOLING
LOGICAL.GSCEBG4T/U_SUPPR_START_END_S,[530.0, 530.0],V,ECOOLER_COOLING
LOGICAL.GSCEBG5T/U_S,3000.0,V,ECOOLER_COOLING
LOGICAL.GSCEBG1D/U_S,0.0,V,ECOOLER_COOLING
LOGICAL.GSCEBG2D/U_S,0.0,V,ECOOLER_COOLING
LOGICAL.GSCEBG3D/U_START_END_S,[800.0, 800.0],V,ECOOLER_COOLING
LOGICAL.GSCEBG4D/U_START_END_S,[800.0, 800.0],V,ECOOLER_COOLING
LOGICAL.GSCEMO5K/SOLENOID_GUN_I,382.077,A,ECOOLER_COOLING
LOGICAL.GSCEKX1G/STEERER_POS_S,-0.002,m,ECOOLER_COOLING
LOGICAL.GSCEKY1G/STEERER_POS_S,0.002,m,ECOOLER_COOLING
LOGICAL.GSCEKX3C/STEERER_ANG_S,5.0E-4,rad,ECOOLER_COOLING
LOGICAL.GSCEKY3C/STEERER_ANG_S,-2.0E-4,rad,ECOOLER_COOLING
LOGICAL.GSCEKX5K/STEERER_POS_S,0.002,m,ECOOLER_COOLING
LOGICAL.GSCEKY5K/STEERER_POS_S,-0.002,m,ECOOLER_COOLING
LOGICAL.GSCEKD1D/SOLENOID_I,0.682,A,ECOOLER_COOLING
LOGICAL.GSCEKD2D/SOLENOID_I,2.35,A,ECOOLER_COOLING
LOGICAL.SIS18_COOLER_EAUX/BETAE_S,0.1537,,ECOOLER_COOLING
LOGICAL.SIS18_COOLER_EAUX/NERF_S,1.7612405761647664E13,1/m³,ECOOLER_COOLING
LOGICAL.SIS18_COOLER_EAUX/UACC_S,6146.806,V,ECOOLER_COOLING
LOGICAL.SIS18_COOLER_EAUX/USC_START_END_S,[157.1268, 157.1268],V,ECOOLER_COOLING
SIS18_COOLER_EBEAM/BT,0.06,T,ECOOLER_COOLING
SIS18_COOLER_EBEAM/ECOOLER_ACTIVE_B,true,,ECOOLER_COOLING
SIS18_COOLER_EBEAM/EXPF_S,3.0,,ECOOLER_COOLING
SIS18_COOLER_EBEAM/GAMME_USER,1.001,,ECOOLER_COOLING
SIS18_COOLER_EBEAM/IE_S,0.2,A,ECOOLER_COOLING
SIS18_COOLER_EBEAM/OVERWRITE_GAMME_B,false,,ECOOLER_COOLING
SIS18_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT
SIS18_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,ECOOLER_COOLING
SIS18_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,STATIC
SIS18_COOLER_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET
LOGICAL.GTE1KY1/VKICK,-0.0022,rad,TRANSFER_EXTRACTION
LOGICAL.GTE1QD11/K1L,0.2017,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE1QD12/K1L,-0.2374,1/m,TRANSFER_EXTRACTION
LOGICAL.GTS1MU1/HKICK,0.0,rad,TRANSFER_EXTRACTION
SIS18_TO_GTS1MU1_OPTICS/OPTIC_NAME_S,SIS18_TE_ESR_LEGACY,,TRANSFER_EXTRACTION
SIS18_TO_GTS1MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT
SIS18_TO_GTS1MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_EXTRACTION
SIS18_TO_GTS1MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET
LOGICAL.GTE2KX1/HKICK,-0.002,rad,TRANSFER_EXTRACTION
LOGICAL.GTE2QT11/K1L,0.2487,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE2QT12/K1L,-0.4301,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE2QT13/K1L,0.3493,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE3MU1/HKICK,-0.001,rad,TRANSFER_EXTRACTION
GTS1MU1_TO_GTE3MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT
GTS1MU1_TO_GTE3MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_EXTRACTION
GTS1MU1_TO_GTE3MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET
LOGICAL.GTE3KY1/VKICK,0.0,rad,TRANSFER_EXTRACTION
LOGICAL.GTE3QD11/K1L,0.4885,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE3QD12/K1L,-0.5615,1/m,TRANSFER_EXTRACTION
GTE3MU1_TO_GTE3UF_BEAM/E_S,5.36E8,eV/u,TRANSFER_EXTRACTION
GTE3MU1_TO_GTE3UF_BEAM/Q_S,73,,TRANSFER_EXTRACTION
GTE3MU1_TO_GTS6MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT
GTE3MU1_TO_GTS6MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_EXTRACTION
GTE3MU1_TO_GTS6MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET
LOGICAL.GTE3UF/OVERWRITE_TARGET_EOUT_B,true,,TRANSFER_EXTRACTION
LOGICAL.GTE3UF/TARGET_E_USER_S,3.748E8,eV/u,TRANSFER_EXTRACTION
LOGICAL.GTE3UF/TARGET_INBEAM_B,true,,TRANSFER_EXTRACTION
LOGICAL.GTE3UF/TARGET_PROPAGATE_B,true,,TRANSFER_EXTRACTION
LOGICAL.GTE3UF/TARGET_Q_PROD_S,92,,TRANSFER_EXTRACTION
LOGICAL.GTE4QD11/K1L,-0.5625,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE4QD12/K1L,0.4554,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE4MU1/HKICK,0.0011,rad,TRANSFER_EXTRACTION
LOGICAL.GTE4KY1/VKICK,-6.0E-4,rad,TRANSFER_EXTRACTION
LOGICAL.GTE4QT21/K1L,0.3805,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE4QT22/K1L,-0.4588,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE4QT23/K1L,0.2175,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE4MU2/HKICK,-3.0E-4,rad,TRANSFER_EXTRACTION
LOGICAL.GTE4KY2/VKICK,0.0,rad,TRANSFER_EXTRACTION
LOGICAL.GTE4QT31/K1L,-0.0032,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE4QT32/K1L,0.2113,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE4QT33/K1L,-0.2073,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE4KX3/HKICK,0.0,rad,TRANSFER_EXTRACTION
LOGICAL.GTE4KY3/VKICK,0.0015,rad,TRANSFER_EXTRACTION
GTE3UF_TO_GTS6MU1_BEAM/E_S,3.748E8,eV/u,TRANSFER_EXTRACTION
GTE3UF_TO_GTS6MU1_BEAM/Q_S,92,,TRANSFER_EXTRACTION
LOGICAL.GTS6MU1/HKICK,0.0,rad,TRANSFER_EXTRACTION
GTS6MU1_TO_GTS6MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT
GTS6MU1_TO_GTS6MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_EXTRACTION
GTS6MU1_TO_GTS6MU1_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET
LOGICAL.GTE5KS1/K2L,0.0,1/m²,TRANSFER_EXTRACTION
LOGICAL.GTE5QD11/K1L,0.4,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE5QD12/K1L,-0.47,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE5KY1/VKICK,-0.002,rad,TRANSFER_EXTRACTION
GTS6MU1_TO_ESR_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_INIT
GTS6MU1_TO_ESR_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,TRANSFER_EXTRACTION
GTS6MU1_TO_ESR_TIMEPARAM/TIMING_IS_LENGTH_CHANGED_S,true,,BEAMOUT_RESET
LOGICAL.GTE5DSAH/SLIT_BRHODEVIATION_S,---,,TRANSFER_EXTRACTION
LOGICAL.GTE5DSAH/SLIT_LPOS_S,---,m,TRANSFER_EXTRACTION
LOGICAL.GTE5DSAH/SLIT_RPOS_S,---,m,TRANSFER_EXTRACTION
LOGICAL.GTE5DGCG/TARGET_INBEAM_B,---,,TRANSFER_EXTRACTION
LOGICAL.GTE5DGDG/TARGET_INBEAM_B,---,,TRANSFER_EXTRACTION
LOGICAL.GTE5MU0/HKICK,0.0015,rad,TRANSFER_EXTRACTION
LOGICAL.GTE5QD21/K1L,-0.9,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE5QD22/K1L,0.68,1/m,TRANSFER_EXTRACTION
LOGICAL.GTE5DGAG/TARGET_INBEAM_B,---,,TRANSFER_EXTRACTION
LOGICAL.GTE5DGBG/TARGET_INBEAM_B,---,,TRANSFER_EXTRACTION

MArkus and Bernd have setup the ESR with the thick stripper foil and put the ion beam (238U92+) on the central orbit.

SIS Energy is 536 MeV/u
ESR cooler is 207.1keV (according to the multimeter in the HKR)
Bunching frequency is 3.89329 MHz
Scrapers in event mode are working.
We are now taking a Schotty spectrum with the NTCAP DAQ
(IQ_2022-04-02-15-52-58 )-The lines are not yet positioned on the Schottky resonance.
center 243.4MHz, 10MIQs, -25dBm

Primary beam is in the ESR now. Markus and the team are tuning the ESR.

I see no updates in the log. Is the morning shift taking place?

For now I will stay at home and be on call. I can be at GSI in 20 min. Please let me know the status.

01575 8731537

Beam settings:
primary beam 
copper stripper
I_el=300mA
U_el=205.490kV (Ohm_labs)
3.5e7 ions at injection


MSCF/ADC settings: 
ch2 < Mid PMT x10
ch6 < Mid PMT x100
see attachment (setting_e142....) for detailed MSCF settings

Files/Runs [DAQ2]:

------------------new file-----------------
229Th0022.lmd
bunched beam [ESR in manip. at 7]
beam scraped using detector drives
-SA pos: 0
-NA pos: -10
-Ni pos: 40

no corresponding file in DAQ1

------------------new file-----------------
229Th0023.lmd
bunched beam [ESR in manip. at 7]
beam scraped using detector drives
-SA pos: 0
-NA pos: -10
-Ni pos: 40
laser scan active:
- steps: 21
- cycles: 5

file in DAQ1:
...7768.lmd

------------------new file-----------------
229Th0024.lmd
bunched beam [ESR in manip. at 7]
beam scraped using detector drives
-SA pos: out (-127)
-NA pos: -10
-Ni pos: 40
laser scan active:
- steps: 21
- cycles: 5

file in DAQ1:
...7770.lmd

------------------new file-----------------
229Th0025.lmd
bunched beam [ESR in manip. at 7]
beam scraped using detector drives
-SA pos: 0
-NA pos: -10
-Ni pos: 40
laser scan not:

VUPROM -> delay stop trigger ch12 

file in DAQ1:
no file

no laser scan

------------------new file-----------------
229Th0026.lmd
bunched beam [ESR in manip. at 7]
beam scraped using detector drives
-SA pos: 0
-NA pos: -10
-Ni pos: 40
laser scan active:
- steps: 21
- cycles: 5

VUPROM -> delay stop trigger ch12 

file in DAQ1:
...7772.lmd

We do two measurements:

One measurement using the 

We checked the strange behavior of the HV dividers again. The Ohmlabs and the PTB divider are in good agreement at 120 kV and 150 kV. There, both dividers deviated by 0.35% from the value on the HKR multimeter. Ohmlabs divider yields higher voltage.

At higher voltages (180 kV, 195 kV and 205 kV) the PTB divider showed jumps. The deviation between Ohmlabs divider and set value increased at higher voltages up to 2 %.  Ohmlabs divider was fluctuating at 10 V scale but center was stable.

We removed the PTB divider.

Afterwards, the fluctuation of the Ohmlabs divider are at the 1 V level. Deviation between Ohmlabs divider and set value is now 0.35 % at 205 kV. Same as in the low voltage range with the well-working PTB divider.

All pressuzied air drives are tested now and are working properly

S.M.A.R.T. check has been done on NTCAP on March 28th. All 12 hard disk drivers  are normal.

Start taking data with NTCAP.
Carrier Frequency: 245MHz
IQ rate:5 MSamples/s
Reference level -0 dBm.
RF - Attenuation:40 dB
IF attenuation: 19.9288 dB

Date Files:
Samples/Record:2^18=262144
Records/File:2^12=4096
Masterpath: p:\E142\iq\IQ_2022-03-30_09-39-26
p:\E142\sc\SC_2022-03-30_09-39-26

Free space: o diver: 34.9TB.  p driver: 34.8TB.

ESR cooler crashed. We could not restart the cooler. Since we had several other problems, we stop now.

with bunched primary beam (bunching frequency 1.94070 MHz) we have strong PMT (mid) and particle detector signal. Time between both detectors was measured (in 3.3ns bins)

Particle Det ;  PMT (rising edge)
305 ; 256
227 ; 179
150 ; 102
73 ; 24


PD and PMT signal is second plot. Laser timing was not adjusted jet since it will change with Th beam. 

All the beam settings will be given in a separate post.

We have 238U92+ centered in the ring with typically a few times 10⁷ ions.

SA_SZ (GE02DD2_G): Voltage 1200 V, Recomnied peak was scraped at about -50 mm, set the detector position to -25 mm 
We see very clean signals with amplitude 1,5V (Foto will follow). Threshhold: CFD "25" arb. units. count rate 8kHz - 10 kHz
Rise time 6ns (with all the cables).

NA_SZ (GE01DD2AG): No signals - cables in the ESR need to be checked

NI_SZ (GE01DD2IG): Can not be positioned, error from Control system: "Auftr. Stattus position set value out of range", Drive can however be positioned to the "Endlage innen" and "Endlage außen".

The Test above were with a DC beam. With a bunched beam we more rapidly loose the ions with the particle detector.

We noticed a difference in the electron cooler high voltage:

The set voltage is ~205 kV, the Ohmlabs divider measures 207 kV and the PTB200 shows a value of ~212 kV. The latter is doing some crazy jumps of up to 10 kV, see screenshot. The Ohmlabs divider is stable

Maybe some small discharges? 

(MBS server should be running at the LXG1297 machine. If not you will get an error message. Then start the server - last command in console)

Just enter the following commands in the console of any PC

ssh atplaser@r4l-41
    ThE142_2022
resl
cd mbsrun/th22
mbs
@startup
connect rfio lxg1297 -disk
open file lxg1297:/data.local2/BeamTimeTh22/229Thor -auto -rfio
sta ac




To stop MBS enter the following commands

sto ac
close file
disconnect rfio
@shutdown
exit
resl

> Attached you find a manual for the software used to control the movement of the XUV detector and the copper mirror detector. 
> The software is also used to set the electrode voltages and coil currents of the XUV detector. 

We tested the remote access to the raspberry pi as explained in the manual attached to the original entry of Volker. It was tested from
the linux machine LXG1050. Attached you can find a screenshot of the running program.

newest version V2 - valid since Mo 04.April 2022

Some Default Settings for the XUV 
Detector. The copper 
mirror should always move fully in.

Possible positions: Between 0mm and 147mm. 
Background was 
very high for anything higher than 100mm 
in the last 
experiment. 50mm was optimal. This should 
be tested again 
with repaired and modified shields. 

Good default values for the XUV detector 
parameters have 
been proven before to be:

Cathode: -5V
Movable shield: 0V
Fixed shield: 0V
Main coil: 8A
Secondary coil: -2.4A

(negative values set in hardware, only 
positive software 
inputs are possible)

Attached you find a manual for the software used to control the movement of the XUV detector and the copper mirror detector. 
The software is also used to set the electrode voltages and coil currents of the XUV detector. 

During the testing of the PMTs the following operating voltages were applied:

PMT Cu: -1300V
PMT Nord: -2500V
PMT Mitte: -1800V
PMT Süd: -1800V

Further optimization will be necessary during background measurements.

The MesyTec Shaper & Constant Fraction (MSCF) is used to process the PMT/det signals for the ADC in the second DAQ.
It can be setup on its front panel, but single channel setup is very tedious.
Remote control of the settings is possible using an epics server and client.

All of the following is done with the "litv-exp" user:

server: atpnuc001 (in the screen session "E142")
client: lxg1275 

The server should run undisturbed, but in case of a power failure, you can start the server like this:
> ssh litv-exp@atpnuc001
> cd e142
> ./E142_start_ioc.sh

To check server:
> ssh litv-exp@atpnuc001
> screen -x (CTRL-a CTRL-d to leave screen)

To connect the client gui for remote control, do:
> ssh litv-exp@lxg1275
> E142_epics
The panel is more or less self-explaining. 
One thing has to be noted: the Monitor Channel selection is shifted by -1.
I.e., [ch 1] is button [0], etc.

The MSCF settings can be stored and loaded to/from file by using a bash-script.
The settings will be saved/loaded from: 
/u/litv-exp/e142/mscf_settings/
files names are "setting_e142.<linux_timestamp>"

The scripts are also in /u/litv-exp/e142/mscf_settings/
use 
./mscf_save.sh                   for saving the current settings to a new file
use 
./mscf_load_last.sh              to load the last settings file (by timestamp in the filename) 
use 
./mscf_load_file.sh <filename>   to load the settings of a specific file

MBS error "TDC data ready wait" solved. Common stop trigger (20 kHz) was missing. (according to Sebastian)

PTB HV dividers arrived. Divider ratios are:

PT120:          12003,341 
PT200.1:        19859,033 
Ohmlabs:        248517

Checked HV cable to particle detector south. Label is HV2 Scraper. 

Connected to Messplatz III HV5

Konstantin and I generated a signal in the Messhütte and sent it to the ESR. 
There, we used a 44m BNC cable that was sufficently long to reach all detectors. 
Our signal was connected instead of the PMT/PD. Hence, it was a roundtrip measurement.
In the Messhütte we checked the delay between the generated signal.

PD North 1460(1)ns
PD South 1455(1)ns
Particle North 1239(1)ns
Particle South 1179(1)ns
UV North 1322(1)ns
UV Middle 1322(1)ns
UV South 1321(1)ns
Cu 1322(1)ns

We also checked the time delay of our cable to the detectors by measuring the reflection of the unterminated cable. 
Function generator to detector: 1520(5)/2 ns
Function generator to scope: 5.1(5) ns
Total: 765(3) ns

The additional signals from PMTs and XUV detector needed for spectroscopic analysis in the second DAQ are patched to AP Messhütte (MH) via the red patch panel at the inside of the target region. The patch channels F1 to F8 (also labeled A to H in red on white) are used and extended by a cable bundle to reach below the mirror chamber. Inside the MH the signals arrive at the red patch panel and are forwarded to the blue patch panel close to the laser DAQ using channels 1 to 8 (also labeled A to H).
 
The entire connection for these 8 channels from the mirror chamber to the blue panel has been tested with a pulser signal of ~115mV amplitude. After transfer the amplitude has decreased to ~40mV, see also attached fotos.

The signal transport time from the mirror chamber to the blue panel is ~407 ns. This was measured by patching a logic puls from ESR to MH and back to ESR, as show in the delay_ESR... foto attached.  

We have dismounted the parabolic Cu-Mirror at ESR on 13.10.2021