Tracking saddle-to-scission dynamics using N/Z in projectile breakup reactions

Fragments produced in binary splits of an excited projectile-like fragment (PLF*) formed in the reactions 124Xe + 112,124Sn at an incident energy of 50 MeV/A are examined. The dependence of the isotopic composition of light fragments (4≤ ZL ≤8) on rotation angle allows one to explore changes in N/Z...

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Main Authors: Hudan, S, Brown, K, McIntosh, A B, Souza, R T de, Bianchin, S, Black, J, Chbihi, A, Famiano, M, Frégeau, M O, Gauthier, J, Mercier, D, Moisan, J, Metelko, C J, Roy, R, Schwarz, C, Trautmann, W, Yanez, R
Format: Conference Proceeding
Language:English
Subjects:
Bismuth isotopes
Breakup
Channels
Cleavage
Composition
Composition effects
Decay
Entrances
Fragments
Isotopes
Physics
Projectiles
Rotational
Tracking
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Summary:Fragments produced in binary splits of an excited projectile-like fragment (PLF*) formed in the reactions 124Xe + 112,124Sn at an incident energy of 50 MeV/A are examined. The dependence of the isotopic composition of light fragments (4≤ ZL ≤8) on rotation angle allows one to explore changes in N/Z on the timescale of the rotational period of the PLF*. Entrance channel effects are examined by comparing the isotopic composition of fragments produced in the binary decay following 64Zn + 27Al, 64Zn, 209Bi at an incident energy of 45 MeV/A.
ISSN:1742-6588
1742-6596
DOI:10.1088/1742-6596/420/1/012095