k-space imaging on Ag(111) with the Momentum Microscope: kx-ky-Image sequence taken by changing 
of the binding energy, FOV in real space: 30µm, FOV in k-space: 3x1/Å, 
binding energy range: 18.2…- 0.5eV, 
25meV energy steps, energy resolution: 100meV,
excitation: 21.2eV VUV photons (FOCUS HIS13, fine focussed), 
acquisition time/image: changing from 5s to 25s to improve contrasts.
k-space imaging on Ag(111) with the Momentum Microscope: kx-ky-Image sequence taken by changing of the binding energy, FOV in real space: 30µm, FOV in k-space: 3x1/Å, binding energy range: 18.2…- 0.5eV, 25meV energy steps, energy resolution: 100meV, excitation: 21.2eV VUV photons (FOCUS HIS13, fine focussed), acquisition time/image: changing from 5s to 25s to improve contrasts.
k-space imaging on Ag(111) with the Momentum Microscope: sequence of E-k cuts through the kx-ky-E
image stack rotated by 360° in steps of 5° to each other. FOV in real space: 30µm, 
FOV in k-space: 3x1/Å, 
binding energy range: 18.2…- 0.5eV, 
25meV energy steps, energy resolution: 100meV, sample:  Ag(111), 
excitation: 21.2eV VUV photons (FOCUS HIS13, fine focussed), 
acquisition time/image: changing from 5s to 25s to improve contrasts. The parabolic 
shape of the energy dependent emission horizont is nicely seen.
k-space imaging on Ag(111) with the Momentum Microscope: sequence of E-k cuts through the kx-ky-E image stack rotated by 360° in steps of 5° to each other. FOV in real space: 30µm, FOV in k-space: 3x1/Å, binding energy range: 18.2…- 0.5eV, 25meV energy steps, energy resolution: 100meV, sample: Ag(111), excitation: 21.2eV VUV photons (FOCUS HIS13, fine focussed), acquisition time/image: changing from 5s to 25s to improve contrasts. The parabolic shape of the energy dependent emission horizont is nicely seen.
k-space imaging on Ag(111) with the Momentum Microscope: kx-ky-Image sequence taken by changing 
of the binding energy, FOV in real space: 30µm, FOV in k-space: 3x1/Å, 
binding energy range: 18.2…8.7eV (secondary electrons region),
25meV energy steps, energy resolution: 100meV, sample:  Ag(111), 
excitation: 21.2eV VUV photons (FOCUS HIS13, fine focussed), 
acquisition time/image: 5 sec, total acquisition time: 32min.
k-space imaging on Ag(111) with the Momentum Microscope: kx-ky-Image sequence taken by changing of the binding energy, FOV in real space: 30µm, FOV in k-space: 3x1/Å, binding energy range: 18.2…8.7eV (secondary electrons region), 25meV energy steps, energy resolution: 100meV, sample: Ag(111), excitation: 21.2eV VUV photons (FOCUS HIS13, fine focussed), acquisition time/image: 5 sec, total acquisition time: 32min.
k-space imaging on Ag(111) with the Momentum Microscope: kx-ky-Image sequence taken by changing 
of the binding energy, FOV in real space: 30µm, FOV in k-space: 3x1/Å, 
binding energy range: 8.7…3.2eV (d-band region), 
25meV energy steps, energy resolution: 100meV, 
excitation: 21.2eV VUV photons (FOCUS HIS13, fine focussed), 
acquisition time/image: 5 sec, total acquisition time: 55min.
k-space imaging on Ag(111) with the Momentum Microscope: kx-ky-Image sequence taken by changing of the binding energy, FOV in real space: 30µm, FOV in k-space: 3x1/Å, binding energy range: 8.7…3.2eV (d-band region), 25meV energy steps, energy resolution: 100meV, excitation: 21.2eV VUV photons (FOCUS HIS13, fine focussed), acquisition time/image: 5 sec, total acquisition time: 55min.
k-space imaging on Ag(111) with the Momentum Microscope: kx-ky-Image sequence taken by changing 
of the binding energy, FOV in real space: 30µm, FOV in k-space: 3x1/Å, 
binding energy range: 3.2…-0.5eV (sp-band region), 
25meV energy steps, energy resolution: 100meV, 
excitation: 21.2eV VUV photons (FOCUS HIS13, fine focussed), 
acquisition time/image: 5 sec, total acquisition time: 62min.
k-space imaging on Ag(111) with the Momentum Microscope: kx-ky-Image sequence taken by changing of the binding energy, FOV in real space: 30µm, FOV in k-space: 3x1/Å, binding energy range: 3.2…-0.5eV (sp-band region), 25meV energy steps, energy resolution: 100meV, excitation: 21.2eV VUV photons (FOCUS HIS13, fine focussed), acquisition time/image: 5 sec, total acquisition time: 62min.
k-space imaging on Ag(111) with the Momentum Microscope: kx-ky-Image sequence taken by changing 
of the binding energy, FOV in real space: 30µm, FOV in k-space: 3x1/Å, 
binding energy range: 0.3...-0.5eV (Fermi edge region)
25meV energy steps, energy resolution: 100meV,  
excitation: 21.2eV VUV photons (FOCUS HIS13, fine focussed), 
acquisition time/image: 5 sec, total acquisition time: 14min.
At the end the ghost  bands caused by the 1st HeI satellite line shifted by 1.9eV is nicely seen.
k-space imaging on Ag(111) with the Momentum Microscope: kx-ky-Image sequence taken by changing of the binding energy, FOV in real space: 30µm, FOV in k-space: 3x1/Å, binding energy range: 0.3...-0.5eV (Fermi edge region) 25meV energy steps, energy resolution: 100meV, excitation: 21.2eV VUV photons (FOCUS HIS13, fine focussed), acquisition time/image: 5 sec, total acquisition time: 14min. At the end the ghost bands caused by the 1st HeI satellite line shifted by 1.9eV is nicely seen.