Backbending in 180W: a t-band crossing
Physics Letters B, 1993•Elsevier
A Fermi-aligned (i 13 2) 2 rotational band, with K≈ 8, has been observed in an even-even
nucleus, 180W. Its structure corresponds to a t-band in the tilted-cranking representation. It
crosses the ground-state band at I= 16 h ̵, giving rise to backbending in the yrast
sequence. Contrary to the usual interpretation, backbending in this case is not caused by the
s-band. Comparison is made with other possible t-band crossings in the A≈ 180 region.
nucleus, 180W. Its structure corresponds to a t-band in the tilted-cranking representation. It
crosses the ground-state band at I= 16 h ̵, giving rise to backbending in the yrast
sequence. Contrary to the usual interpretation, backbending in this case is not caused by the
s-band. Comparison is made with other possible t-band crossings in the A≈ 180 region.
A Fermi-aligned ( i 13 2 ) 2 rotational band, with K≈8, has been observed in an even-even nucleus, 180W. Its structure corresponds to a t-band in the tilted-cranking representation. It crosses the ground-state band at I = 16 h ̵ , giving rise to backbending in the yrast sequence. Contrary to the usual interpretation, backbending in this case is not caused by the s-band. Comparison is made with other possible t-band crossings in the A ≈ 180 region.
Elsevier
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