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Dissipative shape dynamics in the sd shell
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DOI：10.1103/PhysRevC.54.706.png)
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Abstract
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The coupling between the nuclear shape dynamics and the internal degrees of freedom is investigated in the frame of a time-dependent Hartree-Fock-Bogolyubov Langevin formalism. The shape coordinate considered here is the quadrupole deformation, and the internal configuration space is restricted to the sd shell. The numerical results concern the effects of pairing, dissipation, and temperature on the giant quadrupole shape vibration of Si-28. Time scales for decay, thermalization,and configuration transitions are obtained.
Keywords:
GIANT MULTIPOLE RESONANCES
ONE-BODY DISSIPATION
NUCLEAR-DYNAMICS
FISSION
DECAY
QUADRUPOLE
STATES
SI-28
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