Abstract
In a dynamical Monte Carlo calculation for nucleon exchange, the influence of the shell gap in the single-particle level spectrum on the energy loss-charge variance correlation in dissipative heavy-ion collisions is studied. It is found that the presence of the gap inhibits nucleon exchange resulting in a diminished charge or mass variance. It also reduces the energy loss as compared to a calculation without the shell gap, but the energy loss-charge variance correlation is disturbed little, particularly for energy loss up to ~ 80 MeV.
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