The energy resolution in the various acquisition modes is: better than 0.2 eV in XPEEM; 0.15 eV in μ-XPS and 0.15 eV in μ-ARPES.
The spatial resolution is calculated for the various acquisition techniques in correspondence to the respective AC Mirror status (OFF, ON).
Resolution in k space
The Fermi surface mapping in the full cone is possible in µ-ARPES. The first Brillouin zone is acquired from selected areas (0.89 µm2) on monolayer (blue circle on the LEEM image) and bilayer (green circle on the LEEM image) graphene allowing the extraction of the line cuts of the Dirac cones and providing a wavevector resolution better than 0.15 Å⁻¹.