Shift summary, posted by Tokushi Sato on 02 Mar 2025, 06:56
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X-ray delivery
up to 175 pulses per train (~1 mJ pulse energy)@13.4 keV, 0.5 MHz
Optical laser delivery |
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Issue, posted by Martin Dommach on 01 Mar 2025, 11:53
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Due to issues SCS has with pulses from SASE1 lasing in SASE3 and destroying,
or at least modifying, their sample, it was decided to change the order
in the RF configuration to have SASE3 pulses before SASE1. The change will be done at 12 pm, agreed with FXE. |
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Shift summary, posted by Tokushi Sato on 01 Mar 2025, 06:56
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X-ray delivery
up to 202/352 pulses per train (~0.8 mJ pulse energy)@13.4 keV, 0.5/1.1 MHz
Optical laser delivery |
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Shift summary, posted by Tokushi Sato on 28 Feb 2025, 06:57
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X-ray delivery
up to 202/352 pulses per train (~0.8 mJ pulse energy)@13.4 keV, 0.5/1.1 MHz
Optical laser delivery |
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Shift summary, posted by Tokushi Sato on 27 Feb 2025, 07:02
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X-ray delivery
up to 202/352 pulses per train (~0.8 mJ pulse energy)@13.4 keV, 0.5/1.1 MHz
Optical laser delivery |
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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 |
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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 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 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 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 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 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 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 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 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 Peter Zalden on 09 Feb 2025, 06:35
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Preparation for user expt #7944
X-ray delivery
Single pulses (10 Hz) at 9.3 keV, 2.3 mJ
Again similar low pointing noise
Achievements/Observations |
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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 Peter Zalden on 08 Feb 2025, 06:25
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Preparation for user expt #7944
X-ray delivery
Since pulses (10 Hz) at 9.3 keV, 2.2 mJ
Again similar low pointing noise
Achievements/Observations |
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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 Peter Zalden on 07 Feb 2025, 05:56
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Preparation for user expt #7944
X-ray delivery
since pulses (10 Hz) at 9.3 keV, 3 mJ
Pointing stability 55 um RMS in the horizontal plane on FXE PI, which is lower as compared |