Abstract Coplanar symmetric (e, 2e) results are presented for the ionization of calcium by
electron impact. The incident electron energy was varied from 10.1 to 64.6 eV, the outgoing …

By using synchrotron radiation to excite calcium atoms in the 3p-3d resonance region,
excited calcium ions are generated. In the first measurement of this kind, we have measured …

We have measured the angular distribution of electrons emitted in the autoionization of the
giant resonance 3 p 6 4 s S 2→[(3 p 5 3 d P 1) 4 s] 2 P in Ca+ ions over the profile of the …

Measurements are presented of the variation in energy of spectator Auger transitions as they
evolve to normal Auger transitions, for Rydberg levels based on the Ca+ 3 p 5 4 s 22 P 1/2 …

Relative cross sections for the single ionization of calcium were measured in the energy
range from threshold to 100.7 eV using a time-of-flight ion detection method. Simultaneous …

We demonstrate that the technique of measuring the angular correlation between the
photoejected electron and polarized fluorescent photon can be used to determine all the …

A new atomic beam source for use in laser-based experiments is described and
characterized. The physically collimated source which has been tested using calcium …

Coincidence measurements have been performed of double photoionization in atomic Ca in
the region of the Ca 3p-3d resonance. The two electrons have been detected with equal and …

In this work the autoionization of the configuration Ca 3 p 5 3d4s4p of free calcium atoms
has been investigated by the use of angle-resolved photoelectron spectroscopy. In a first …

The concepts developed for direct photo-double ionization are deployed to analyse recent
experimental data for indirect or resonant photo-double ionization of Ca in the region of the …