Competition between the two reaction channels: sequential breakup and neck fragmentation has been studied in peripheral and semi-peripheral collisions of the 197 Au+ 197 Au system at bombarding energy of 23A MeV. It was found that the emission of heavy (A < 50) neck-originating fragments occurs in about 22% of ternary breakup events, making this reaction channel highly competitive with the sequential breakup of the projectile- or target-like fragment (78% of events).
Competition between dynamical and sequential reaction channels in 197 Au+ 197 Au collisions at a bombarding energy of 23A MEV
Auditore L.;Cardella G.;De Filippo E.;Geraci E.;La Guidara E.;Lanzalone G.;Lombardo I.;Pagano A.;Pagano E. V.;Papa M.;Pirrone S.;Politi G.;Rizzo F.;Russotto P.;Trimarchi M.;Verde G.;
2019-01-01
Abstract
Competition between the two reaction channels: sequential breakup and neck fragmentation has been studied in peripheral and semi-peripheral collisions of the 197 Au+ 197 Au system at bombarding energy of 23A MeV. It was found that the emission of heavy (A < 50) neck-originating fragments occurs in about 22% of ternary breakup events, making this reaction channel highly competitive with the sequential breakup of the projectile- or target-like fragment (78% of events).File in questo prodotto:
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