In-house/commissioning beam time summary night 1

X-ray delivery:
12.7 keV, up to 208 pulses at 1.1MHz, 1.1-1.5 mJ

Optical laser delivery:
PP laser for illumination

Achievements/observations:
Minimised air scattering background on Jungfrau
Collected serial crystallography data with 8, 10 and 13 pulses per memory cell and good hit rates

Issues:
Sample growing again from the catcher cone

In-house/commissioning beam time summary night 2

X-ray delivery:
12.7 keV, up to 288 pulses at 1.1MHz, ~1.2 mJ

Optical laser delivery:
PP laser for illumination

Achievements/observations:
Collected a lot of data: continued 8 pulses per memory cell, around 1h30-2h 1 pulse and 3 runs with 18 pulses.
 

Staff: MS, RB, PS, RdW

In-house/commissioning beam time summary night 3

X-ray delivery:
12.7 keV, up to 288 pulses at 1.1MHz, ~1.3 mJ

Optical laser delivery:
PP laser for illumination

Achievements/observations:
Collected a lot of data with Jungfrau, burst mode 16 memory cells: 
- 1, 4 and 18 pulses/memory cell 
- one run of each setting 1, 4, 8, 10, 13 and 18 pulses/memory cell one after the other
- 8 pulses with 32% transmission
- 4 pulses with half the repetition rate (0.5MHz)

In-house/commissioning beam time summary night 4

X-ray delivery:
12.7 keV, up to 128 pulses at 0.5MHz, ~1.3 mJ, one very short beam down.

Optical laser delivery:
PP laser for illumination

Achievements/observations:
AGIPD timing scan, fine and coarse
A few runs with Jungfrau

Issues:
Some sample delivery issues
Some Jungfrau pipeline issues (will be investigated by DOC during the day)

In-house/commissioning beam time summary night 5

X-ray delivery:
12.7 keV, up to 128 pulses at 0.5MHz, ~1.3 mJ, one very short beam down.

Optical laser delivery:
PP laser for illumination

Achievements/observations:
- AGIPD1.2 tests with different trigger delays, gain modes, signal levels ...
- inhouse proghram completed

Issues:
Some sample delivery issues

Staff: JK, SB, JE, AS, RW, FK

**X-ray delivery:**
- 21 keV, ~500 uJ

**Optical Laser:**
- None

**Achievements / Observations:**
- Measured several Schimadzu runs

**Issues**:
- the beam intensity was fluctuating significantly during the day; 
- Changed the objective of Schimadzu for wider field then the controller stopped working which took over 1 h; before starting working again.
- One of the attenuators has features on the scene; Si 3200

End of User beamtime 5157

X-ray delivery

• 9.3 keV, 3.3 mJ, 190 pulses/train

Optical later delivery

• For jet illumination

Achievements/Observations

• Aligned NKB mirrors, slits
• Collected 8 adaptive gain and 22 fixed medium gain runs with lysozyme
• Collected Copper foil flatfield data and glass scattering with different attenuation and sample-to-detector distances

Issues

• XTD2 attenuator watchdog limited the number of pulses to ~190 with XTD2 CVD inserted

X-ray delivery

• 9.3 keV, 3.3 mJ, 190 pulses/train

Optical later delivery

• For jet illumination

Achievements/Observations

• Aligned NKB mirrors, slits again
• Removed the AGIPD shield
• Moved slit3 and slit4 to a fresh position after damage

Issues

• Litframe finder blocked collecting dark images for AGIPD. The problem was solved after resetting the Litframe finder.
• Slit3 and slit4 were damaged

X-ray delivery

- 9.3 keV, 3.1 mJ, 214 pulses/train at 1.1 MHz and 132 at 0.5 MHz

Optical later delivery
- For jet illumination

Achievements/Observations
- Aligned IRU_SLIT-3 again
- Collected PCS data in fixed MG: a lot of diffraction for 5458, only very few for 7559.
- Collected Lysozyme data in fixed MG and adaptive gain.

Issues
- IRU_SLIT-3 right blade was too close to the beam. Physically shifted it by a few mm towards the dark side and improvised lead aperture added between IRU_SLIT-3 and inlinemic.
- LitFrameFinder cannot recognize dark runs for fixed medium gain. One needs to check box Disable DAQ Filtering (on LitFrameFinder scene) or enable Global Passthrough Mode in LitFrameFinder properties, when takes darks for fixed MG.

X-ray delivery

• 11.56 keV, 1-352 pulses @ 1.13 MHz, 2.6-3.1 mJ.
• Average intensity slowly decaying through the night.
• Quite some intensity gradient through the train (~35%).

Optical laser delivery

• 840 nm, 50 fs, 564 kHz.
• Stable delivery.

Achievements/Observations

• Collected data with AGIPD in various scenarios to better understand the behaviour of the 1.2 modules.

Issues

• SoundPlayer alarms not playing. Only way to fix it was to start the server manually via CLI.

X-ray delivery

• 11.56 keV, 1-352 pulses @ 1.13 MHz, 2.6-3.1 mJ. Stable delivery.
• Intensity gradient with long train could not be reduced by BKR.

Optical laser delivery

• 840 nm, 50 fs, 564 kHz.
• Stable delivery.

Achievements/Observations

• Completed AGIPD programme.
• HIREX aligned for our trajectory and 11.56 keV photon energy. Thanks Naresh!
• Calibration of HIREX.

Issues

• Calibration of AGIPD data is slower than usual. Up to close to three hours calibration time observed for some runs and others taken around 2:30 still not calibrated as of now.

X-ray delivery

• 11.56 keV, 1-352 pulses @ 1.13 MHz, 2.4-3.1 mJ. Stable delivery.
• Intensity gradient with long train better than previous shifts (~20% drop).

Optical laser delivery

• 840 nm, 50 fs, 564 kHz.
• Stable delivery.
• Issue with Treacy compressor motion. Could be solved, but required intervention on site by LAS and EEE OCD.

Achievements/Observations

• Calibration of HIREX GOTTHARD II data working after intervention of DOC/DRC.
• Finished PP laser setup.
• PP laser timed.
• Collected SFX data sets using AGIPD in different gain modes.

Issues

• All AGIPD dark processing attempts failed with random missing modules showing up in the reports.
• We were not able to reach the DRC to discuss the above issue earlier during the shift on either 98089, 98088, or 01715330920. DOC informed at end of the shift.
• HIREX had been removed from the SASE1 DAQ, preventing the GOTTHARD II preview from running, and the DAQ was left into passive state after someone had used it during the day with the XTD9 Shimadzu camera.
• Problem with the Treacy compressor delayed the final PP laser preparation, which then had to be done during beam delivery.

X-ray delivery

• 11.56 keV, 1-352 pulses @ 1.13 MHz, 2.4-3.1 mJ. Stable delivery.
• Intensity gradient with long train now slightly less than 20%.

Optical laser delivery

• 840 nm, 50 fs, 564 kHz.
• Stable delivery.

Achievements/Observations

• Collected TR-SFX data.

Issues

• Challenges with sample delivery.

X-ray delivery

• 11.56 keV, 1-197 pulses @ 564 kHz, 2.4-3.1 mJ.
• Beam down a bit over 1 hour due to accelerator interlock problem.

Optical laser delivery

• 840 nm, 50 fs, 50 pulses @ 141 kHz.
• Stable delivery.

Achievements/Observations

• PP laser timed.
• Completed TR-SFX dataset at 30 ps delay.

Issues

• Scantool stuck in ACQUIRING state. Recovered by restarting the device.
• HIREX data missing for most of the night. GOTTHARD II control and receiver devices found down in the morning. Server on which they are reunning appears to have crashed at 1:36. DOC informed in the morning.

X-ray delivery

• 11.56 keV, 1-197 pulses @ 564 kHz, 2.6 mJ.

Optical laser delivery

• No PP laser output after shift change.

Achievements/Observations

• Collected static SFX data.

Issues

• Unavailability of PP laser prevented collection of TR-SFX data, which was the main goal of the shift.

X-ray delivery

• 6.0 keV, up to 202 pulses at 564 kHz and 101 at 282 kHz, 0.8-1.6 mJ
• Low pulse energy after beam handover. Improved around 10:00.
• ~1.5 hour downtime due to issue with A5.
• Several timing jumps of up to 1.5 ps visible on BAM and confirmed by X-ray/optical laser timing measurement at the instrument.

Optical laser delivery

• 770 nm, up to 202 pulses at 564 kHz and 101 at 282 kHz.
• Stable delivery.

Achievements/Observations.

• Collected time-resolved diffraction from gold and gold-platinum nanorods at multiple laser fluences and over long and short delay scans.

Issues

• AGIPD interlocked overnight and again during the morning due to temperature.
• Had to perform timing measurement and correction multiple times throughout the day due to timing jumps.

X-ray delivery

• 6.0 keV, up to 202 pulses at 564 kHz, 1.8-1.9 mJ.
• Stable delivery except for downtime at start of shift (until 7:15) and two more hours in the morning.

Optical laser delivery

• 770 nm, up to 202 pulses at 564 kHz.
• Stable delivery.

Achievements/Observations

• Collected time-resolved diffraction from gold and gold-platinum nanorods at multiple laser fluences.

Issues

• Vacuum spike in EHU_PSLIT section.
• DAMNIT backend process stuck. A couple of Maxwell nodes were unaccessible. Solved by DOC and DA OCD.
• Issue with two AGIPD modules noticed around 21:20. Could not be recovered before end of the shift. To be further investigated tomorrow morning.

X-ray delivery

• 6.0 keV, up to 202 pulses at 564 kHz 1.3-1.8 mJ.
• Decaying intensity through the day. Recovered once at 15:15 and slowly decaying again after that.

Optical laser delivery

• 770 nm, up to 202 pulses at 564 kHz and 101 at 282 kHz.
• Wavelength drift due to problem with BCC piezo stage. Mitigated by LAS.

Achievements/Observations

• Collected time-resolved diffraction from gold and gold-platinum nanorods/spheres at multiple laser fluences.

Issues

• Problem with the four ASICs in module Q2M1 of AGIPD could not be solved. Operated without those for today. Will be further investigated later on.