STUDY OF NUCLEAR STRUCTURE OF 146SM USING INTERACTING BOSON MODEL-1
Abstract
The interacting boson model hamiltonian is
used to describe the energy spectrum, B(E2) value and
B(E2) branching ratios for inter-band and intra-band
transitions for three quasi-bands in 146Sm. It is found that
IBM-1 reproduces the observed complex nuclear structure
very well. The agreement between the theoretical results
and the observed data are satisfactory for all possible
observed nuclear properties. Present results are compared
with the dynamic pairing-plus-quadrupole model, IBM-2
and previous interacting boson approximation
calculations.
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