Photoelectron recoil strongly modifies the high kinetic energy photoemission spectra from
atoms and molecules as well as from surface structures. In most cases studied so far …

High energy resolution photoelectron spectroscopy of conduction electrons in the vicinity of
the Fermi edge in Al and Au at excitation energies of 880 and 7940 eV was carried out using …

We investigate angular emission distributions of the 1 s photoelectrons of N 2 ionized by
linearly polarized synchrotron radiation at h ν= 40 keV. As expected, nondipole contributions …

We report an experimental and theoretical study of single-molecule inner-shell
photoemission measured over an extended range of photon energies. The vibrational …

The first experimental evidence of rotational Doppler broadening in photoelectron spectra,
reported here, show good agreement with recently described theoretical predictions. The …

We present an ex situ, nondestructive chemical characterization of deeply buried organic-
inorganic interfaces using hard x-ray photoelectron spectroscopy. Co/Alq 3 and Co/AlO x/Alq …

We report unambiguous experimental and theoretical evidence of intramolecular
photoelectron diffraction in the collective vibrational excitation that accompanies high …

Current techniques based on x-ray or electron diffraction are successfully employed for
structure determination in condensed matter but are sometimes limited when applied to low …

We present a theoretical study of vibrationally resolved and unresolved molecular-frame
photoelectron angular distributions (MFPADs) resulting from K-shell photoionization of N 2 …

We investigate K-shell ionization of N 2 at 40 keV photon energy. Using a cold target recoil
ion momentum spectroscopy reaction microscope, we determine the vector momenta of the …