🔳
ARPES 1^2
  • ARPES 1-Squared
  • User manuals 1^2
    • Before the experiment
    • Loading samples
    • Starting the experiment
      • Beamline control
      • Beamline and analyzer slits
      • ⚙️MultiAx (manipulator control)
        • Single point X-Y corrections
        • Calibration of manipulator axes
      • Working with SES
      • Auto beam position control
      • Automated hv-scan
      • ❄️Cooling down with LHe
        • 🥶Improving thermal contact
        • T-dependent measurements
    • 🏁After the measurements
    • Beamline information
    • Operating wobble stick
    • Experts menu
  • Sample preparation
    • Sputtering
      • Flushing the gas line
    • Cleaving
    • LEED
    • Alkali deposition
    • Quartz Microbalance
  • Data analysis
    • If you're new to Igor Pro
    • New experiment file in Igor Pro
    • Emile's procedure for maps
    • Useful tools and links
  • FAQ
  • Phonebook
Powered by GitBook
On this page
  • Beamline flux(hv) dependence
  • Optical scheme

Was this helpful?

Export as PDF
  1. User manuals 1^2

Beamline information

Beamline flux(hv) dependence

Beamline flux vs photon energy, measured with GaAs diode (normalized by diode yield)

Data is available as Igor waves (fluxw vs fluxe):

768B
fluxw.ibw
Flux
768B
fluxe.ibw
photon energy

Old calculated beamline flux(hv) dependence can be found here:

http://help.bessy.de/docs/bii/Beamlines/u1251pgm2/calc/trans_circ.html#Transmissionhelp.bessy.de

Focal spot measurement:

http://help.bessy.de/~zeschke/versuche/Fokusvermessung/UE112PGM2a_150618/Fokusvermessung_15062018.pdfhelp.bessy.de

These pages are accessible only from inside the HZB network.

Optical scheme

PGM2
PreviousAfter the measurementsNextOperating wobble stick

Last updated 2 months ago

Was this helpful?