In slow Ar^{q+}-CO2 collisions, KER distributions for CO2^{n+} fragmentation are broader at high KER for Δq=2 than Δq=1, indicating a dependence between target and projectile excitations.
On the other hand, the formation of CO 3+ 2 with∆q=1 forq≥8 is predicted to be predominantly via the 3C2AP process
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Association between projectile and target excitation in slow Ar$^{q+}$-CO$_2$ collisions
In slow Ar^{q+}-CO2 collisions, KER distributions for CO2^{n+} fragmentation are broader at high KER for Δq=2 than Δq=1, indicating a dependence between target and projectile excitations.