SA3 status, posted by Andreas Koch on 14 Jan 2025, 07:38
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The image intensifier in the SQS Exit Slit imager had been exchanged on request of SQS, Thomas Baumann.
Model: Hamamatsu MCP C9546-03-Y001 against C9546-01.
The position of the YAG screen on the camera is slightly shifted which may slightly affect the spectral axis, a few pixels vertically, and approximately |
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SA3 status, posted by Andreas Koch on 29 Jan 2025, 09:08
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The SA3 FEL imager is now protected via the Big Brother server, which creates a beam limit on the bunch pattern server if necessary.
contact Andreas Koch, Lars Fröhlich for more details or consult the imager manual, section 2.9:
https://docs.xfel.eu/share/page/site/xfelwp74/document-details?nodeRef=workspace://SpacesStore/1766b430-7c48-4c46-bb2d-1774d69e1246 |
Status, posted by Jan Gruenert on 14 Apr 2025, 09:50 
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Beam Downtime
During last night, apparently the photon beam was down in all SASE beamlines during two longer periods:
between 2:48am and 3h23am (35 min) on 14.4.2025
between 5:09am and 6h59am (1 hour 50 min) on 14.4.2025
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Shift summary, posted by Chan Kim on 30 Jan 2025, 23:08
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X-ray delivery
11.0 keV, up to 178 pulses at 564 kHz, 650 uJ.
Optical laser delivery
illumination and pp lasers
Achievements/Observations |
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Shift summary, posted by Chan Kim on 31 Jan 2025, 21:24
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X-ray delivery
11.0 keV, up to 352 pulses at 1.1 MHz, 900 uJ.
Optical laser delivery
ns illumination and pp lasers
Achievements/Observations |
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Shift summary, posted by Raphael de Wijn on 05 Feb 2025, 23:42
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X-ray delivery
up to 202 pulses per train (~1 mJ pulse energy), 0.5 MHz.
Optical laser delivery
PP laser aligned to the interaction point
Achievements/Observations |
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Shift summary, posted by Raphael de Wijn on 06 Feb 2025, 23:13
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X-ray delivery
up to 202 pulses per train (~1.4 mJ pulse energy), 0.5 MHz.
Optical laser delivery
OPO issue in the late shift
PP laser aligned and timed both at the interaction point and in PAM
Achievements/Observations |
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Issue, posted by Raphael de Wijn on 06 Feb 2025, 23:24
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| Damage on FEL imager was also seen by our morning shift around 7:50am. |
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Shift summary, posted by Tokushi Sato on 08 Feb 2025, 00:00
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SPB/SFX 7955 Shift 1
**X-ray delivery**
* up to 202 pulses per train (~1.4 mJ pulse energy), 0.5 MHz. |
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Shift summary, posted by Raphael de Wijn on 08 Feb 2025, 23:44
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SPB/SFX 7955 Day 2
**X-ray delivery**
* up to 202 pulses per train (~1.4 mJ pulse energy), 0.5 MHz. |
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Shift summary, posted by Raphael de Wijn on 10 Feb 2025, 00:56
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SPB/SFX 7955 Day 3
X-ray delivery
up to 202 pulses per train (~1.4 mJ pulse energy), 0.5 MHz. |
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Shift summary, posted by Tomas Popelar on 11 Feb 2025, 01:41
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SPB/SFX 7955 Day 4
X-ray delivery
up to 202 pulses per train (~1.4 mJ pulse energy), 0.5 MHz |
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Shift summary, posted by Tokushi Sato on 13 Feb 2025, 07:24
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X-ray delivery
up to 352 pulses per train (~1.9 mJ pulse energy)@9.3 keV, 0.5 MHz ans 1.1 MHz. Beamdown for 40 min.
Optical laser delivery |
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Shift summary, posted by Tokushi Sato on 15 Feb 2025, 06:52
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X-ray delivery
up to 202 pulses per train (~1.9 mJ pulse energy)@9.3 keV, 0.5 MHz
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Shift summary, posted by Tokushi Sato on 16 Feb 2025, 06:46
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X-ray delivery
up to 202 pulses per train (~1.9 mJ pulse energy)@9.3 keV, 0.5 MHz
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Shift summary, posted by Tokushi Sato on 17 Feb 2025, 06:57
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X-ray delivery
up to 202 pulses per train (~1.9 mJ pulse energy)@9.3 keV, 0.5 MHz
Optical laser delivery |
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Shift summary, posted by Chan Kim on 19 Feb 2025, 21:25
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X-ray delivery
-12.4 keV, 202 pulses, 0.5 MHz, 1mJ/pulse
Optical laser delivery |
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Shift summary, posted by Chan Kim on 20 Feb 2025, 23:29
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X-ray delivery
12.4 keV, 1.1mJ/pulse, 202 pulses/train at 0.56MHz
Focused NKB beam was used
Optical laser delivery
ns laser for jet visualization
Achievements/Observations |
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Shift summary, posted by Mohammad Vakili on 21 Feb 2025, 23:21
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SPB/SFX shift summary user experiment 8039
**X-ray delivery**
-15 keV with Hirex monitoring, 0.5 mJ/pulse, 202 pulses/train at 0.56 MHz pulse repetition rate |
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Shift summary, posted by Jayanath Koliyadu on 25 Feb 2025, 02:41
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X-ray delivery
-15 keV with Hirex monitoring, 0.5 mJ/pulse, 202 pulses/train at 0.56 MHz pulse repetition rate
Optical laser delivery |