Abstract
Angular distributions of photoelectrons (ADPs) from the 2σgshell of a fixed-in-space N2 molecule have been measured for left- andright-elliptically polarized, as well as for linearly polarized, light. From these dataa set of dipole matrix elements and phase shift differences characterizing theprocess has been determined taking into account the acceptance angles of bothelectron and ion detectors, i.e. the complete experiment has been performed.Good agreement between the experimental and the relevant theoretical valuescalculated in the random phase approximation is obtained. Based on the results ofthe complete experiment, three-dimensional ADPs and ions are predicted fordifferent light polarizations.
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