Abstract
Ionization and fragmentation of the N2 molecule in coincidence with the final projectile charge state have been measured for the impact of 0.188–0.875MeV/amu He+ projectiles. The average kinetic energy release (KER) of the target ionic fragments is derived from the peak widths of their time-of-flight distributions. It is shown that the KER’s for singly-charged products follow scaling laws irrespectively to the collision channel.
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