How-to-run-things-at-Maloja/Beamline-starting.md

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 ![Screenshot_from_2022-03-12_13-01-51](uploads/619c7e5709595cb61c5e4410fcf1000b/Screenshot_from_2022-03-12_13-01-51.png)
 
 ## Tips:
-- If there are troubles finding the beam on the high magnification camera GIGE4. To solve this problem we make the X-ray beam larger by creating a diffraction pattern. To diffract the beam, the slit before the KB mirrors (APU161) was closed to a small aperture 0.2x0.2mm2 and more intensity in the beam was used. A large square diffraction pattern >100 microns fills the screen making it easy to trace the location of the x-rays relative to the microscope. Then we found the beam!
+- If there are troubles finding the beam on the high magnification camera GIGE4. To solve this problem we make the X-ray beam larger by creating a diffraction pattern. To diffract the beam, the slit before the KB mirrors (APU161) was closed to a small aperture 0.2x0.2mm2 and more intensity in the beam was used. A large square diffraction pattern >100 microns fills the screen making it easy to trace the location of the x-rays relative to the microscope. Then we found the beam!
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