Lidija Andric

TL;DR: A magnetic bottle spectrometer of the type recently developed by Eland et al. has been implemented for use with synchrotron radiation, allowing multidimensional electron spectroscopy as mentioned in this paper.

TL;DR: Detailed properties are presented such as the spectroscopy, formation, and decay dynamics of the N(2)(2+) K(-2) main and satellite states and the strong chemical shifts of double K holes on an oxygen atom in CO, CO2, and O2 molecules.

TL;DR: A simple theoretical model based on the knockout mechanism gives reasonable agreement with experiment on the formation in a single-photon transition of two core holes, each at a different carbon atom of the C2H2 molecule.

TL;DR: In this paper, the angular distributions of the vibrationally inelastic peaks were measured for n−propane and cyclopropane and the results indicated that the major cause of the dramatic differences in spectral appearance between linear and cyclic alkanes are not major changes of resonant energies, but decrease of their (lifetime-determined) width, caused by higher symmetry, rigidity, and consequently larger contribution of partial waves with high l to the scattering.

TL;DR: In this paper, the emission of one or two Auger electrons, following inner-shell ionization by synchrotron light, has been investigated both experimentally and theoretically, and all electrons emitted in the process are detected in coincidence and analyzed in energy thanks to a magnetic-bottle electron time-of-flight spectrometer.