A new fission mode in 220Ra
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Lakelin, Misty K.
Cook, Kaitlin J.
Buete, Jacob
Hinde, David J.
Dasgupta, Mahananda
Bezzina, Lauren T.
Hayles, Sophie L.
Lee, Hyeonseop
Seabra, Caroline C.
Tran, Tony
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Abstract
Shell-driven fission modes result from the quantum mechanical many-body dynamics underlying
nuclear fission. Their regions of influence, as well as the nuclear shapes they induce at scission, is a rapidly
developing area of research. Evidence has emerged of novel fission modes in pre-actinide nuclei associated with
Z≈36 and Z≈44. We present evidence of the Z=44 mode persisting up to 220Ra (Z=88). Being an example of
bimodal symmetric fission, this result necessitated two-dimensional Gaussian fitting and a statistically rigorous
data subsampling analysis to separate this novel mode from the liquid drop mode.
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EPJ Web of Conferences
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