Abstract
Energy and spatial distributions of Auger electrons emitted from products of ion/atom collisions can reveal the identity and character of states created by excitation, inner shell ionization or multi-electron transfer. When coupled with coincident detection of projectile scattering, one can obtain a near “complete” experiment, i.e. the scattering angle dependence of complex magnetic substate amplitudes. Such results challenge theory at the finest level of detail. This report summarizes progress made in the study of double electron capture in measurements of this kind.
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