I would like to close E01 slits a bit more and get 30 min of data with higher 
resolving power.

EEX scraper from -10 now -1
E01 unchanged

Summary:

1.Simulated spectra for 194Pb and 188Hf.
2.The results are attached.
3. For the 188Hf simulation, some nuclides in the fragments are missing from the AME database, causing errors in the LiseReader program.
To fix this, please download the attached reader.py file and replace your local file at lisereader-main\lisereader\reader.py.
After replacing the file, recompile the program. Once recompiled, you should be able to simulate the 188Hf spectrum without issues.

This is sigma vs Freq plot for 188Hf72+ made out of 1hr of injections post Saturday, April 5th. 
The 2nd photo Compares the resolution of 188Hf setting by looking at peaks of 205Au and 205Pb which are very close in frequency range. The resolution in the second 188Hf72+ setting(on Right) seems much better as two peaks can be seen clearly. 

1st plot is of Sigma vs Freq for 186Hf72+ setting. The green vertical line is at 411.843MHz.
2nd plot is of Sigma vs Freq for 186Hf72+ setting from april 4th 20:00 to April 5th 09:00 with time cut 0.14, shift tracking applied and pwr-limit 100. About 5200 Injections.

1st plot is of Sigma vs Freq for 186Hf72+ setting. The green vertical line is at 411.843MHz.
2nd plot is of Sigma vs Freq for 186Hf72+ setting from April 4th 20:00 to April 5th 09:00 with time cut 0.14, shift tracking applied and pwr limit 100, about 5200 injections.( the green vertical line is at 411.843 and not at 411.7) 

We set up the Genesys. Channel map:

tr0:
IO1: Trigger MBS
IO2: Trigger NTCAP
IO3: None
IO4: Trigger RSA01
IO5: Trigger RSA02

tr1: 
None

Settings lost after the beam was lost. Trying to recover particle identification now that beam has returned.

The ntcap data record 410 detector continuously. The frame length is  26 ms/frame * 32 frames= 832 ms.

We are seeing spills being received but no peaks are seen in the analyzers. 

We are seeing several intermittent losses of beam. Awaiting action to see if it stabilizes.


23.51 Beam is back and we see the nice spectrum in the analyzer.

Screenshots of RSAs showing acquisition settings, for documentation, they show the time / date on the bottom left, in case needed for data analysis.

screenshots of Lassie

The peaks in the analyzer are slowly shifting back to the original position. 
Note that a quadrupole was the cause of the issue 45 mins ago and it was cycled.  Might be relevant...

Stable since last entry

Screenshots before opening ESR.