Abstract
Structures found in the Auger electron energy distribution that are due to interferences resulting from collisions of H + ions with He atoms below 5 keV are theoretically studied within a close-coupling scheme based on molecular representation. The present study identifies the dominant interference-related contributors to the structures. These contributors are due to the interferences between (i) different autoionizing electronic states, (ii) incoming and outgoing parts of collisions on a single trajectory, (iii) different locations that have the same ejected electron energy on a single trajectory, and (iv) different trajectories.
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