The recent development of experimental photoionization cross sections of atomic ions has
been reviewed. Owing to the construction of intense undulator-based photon sources it has …

The progress and the chronology in understanding the influence of electron correlations on
the electronic structure of atoms and the dynamics of atomic processes is reviewed focusing …

The aim of this book is to present highly accurate and extensive theoretical Atomic data and
to give a survey of selected calculational methods for atomic physics, used to obtain these …

The 4d inner-shell absorption spectra of Sb, Sb+, Sb 2+ and Sb 3+ have been obtained with
the dual-laser-produced plasma technique. Discrete structure has been observed in the 30 …

The development of both theoretical and experimental work on the photoionization of atomic
ions over the last 20 years forms the subject of this review. The availability of spectroscopic …

The interaction of ionising radiation with atoms and ions is a key fundamental process. This
report concentrates on studies of photoexcitation/photoionisation using laser-produced …

The absolute photoionization cross section of ground state K+ ions has been measured from
the 3p threshold to above the 3s threshold (31-49 eV) by VUV radiation using a merged ion …

High-resolution measurements of the photoionization cross sections of the Na-isoelectronic
ions Mg+ and Al 2+ are presented, to be compared with earlier measurements in which …

The photoion yields from O+ to O 2+ were measured in the 1s–2p autoionizing resonance
region of the 525–540 eV photon energy range. A multiconfiguration Dirac–Fock calculation …

We have measured the photoabsorption spectra of the Kr-like ions Rb+ and Sr 2+ at photon
energies corresponding to the excitation of 4 s− np resonances using, the dual laser plasma …