We report a photoemission study on high-quality single-crystal graphite epitaxially grown on
SiC. The results are interpreted using independent information on the final states obtained …

Synchrotron-radiation-excited angle-resolved photoemission from a single crystal of natural
graphite is reported. Using photon energies between 20 and 65 eV, all the valence-band …

The recently predicted interlayer state in graphite is observed, using synchrotron radiation
excited photoemission constant-final-state spectroscopy on a single crystal of natural …

Core-level photoemission spectra of graphite have been measured at very high resolution.
The C 1 s level is found to have a lifetime width with an upper limit of 165±15 meV, which is …

We report the observation of anomalous bands in graphite valence band structure in angle-
resolved photoemission spectroscopy (ARPES) experiments. The photon energy …

Here we revisited the electronic structure of potassium doped graphite using angle‐resolved
photoemission spectroscopy (ARPES). We perform an analysis of the charge transfer from …

Photoemission spectra of the valence band of single-crystal graphite were measured using
synchrotron radiation in the energy range 33-200 eV. For ℏ ω= 122 eV, good agreement …

Angle-resolved photoemission from a single crystal of natural graphite is reported for the first
time. The absence of turbostratic disorder allows unambiguous determination of the valence …

The valence band width of graphite is determined with high accuracy by imaging the
momentum distribution of photoelectrons for various binding energies. Compared to local …

We have measured the conduction-band structure of single-crystalline graphite by angle-
resolved inverse photoemission spectroscopy (ARIPES) and target-current spectroscopy …