The dynamics of binary fragmentation and fusion-fission in the Super-Heavy mass region has been widely studied because of its influence on the Super-Heavy Elements (SHE) formation. In the past, the evolution with the bombarding energy of the fission dynamics for the 288116 and 312124 nuclei produced via different projectile - target combinations was investigated at the TANDEM-ALPI facility of the Laboratori Nazionali di Legnaro. No SHE residues have been observed so far for the studied entrance channels. On the other hand, the fission path of some heavy-ion fusion reactions for which SHE formation was experimentally reported, has not been investigated in full detail. We report in this contribution preliminary results for the binary fragmentation and neutron emission of the reaction 50Ti + 208Pb at 294 MeV. The "cold fusion" of 50Ti on 208Pb was used at GSI for the synthesis of the Z=104 (Rf) element.
Study of binary fragmentation and compound nucleus fission in the reaction 50Ti+ 208Pb / Cinausero M.; Appannababu S.; Marchi T.; Gramegna F.; Prete G.; Bermudez J.; Fabris D.; Collazuol G.; Saxena A.; Nayak B.K.; Kailas S.; Bruno M.; Morelli L.; Gelli N.; Casini G.; Piantelli S.; Bini M.; Pasquali G.; Barlini S.; Valdre S.; Vardaci E.; Sajo-Bohus L.; Degerlier M.; Jhingan A.; Behera B.R.; Kozulin E.M.; Knyazheva G.. - In: POS PROCEEDINGS OF SCIENCE. - ISSN 1824-8039. - ELETTRONICO. - (2013), pp. 0-0. ( 10th Latin American Symposium on Nuclear Physics and Applications, LASNPA 2013 ury 2013).
Study of binary fragmentation and compound nucleus fission in the reaction 50Ti+ 208Pb
Collazuol G.;Piantelli S.;Pasquali G.;Barlini S.;
2013
Abstract
The dynamics of binary fragmentation and fusion-fission in the Super-Heavy mass region has been widely studied because of its influence on the Super-Heavy Elements (SHE) formation. In the past, the evolution with the bombarding energy of the fission dynamics for the 288116 and 312124 nuclei produced via different projectile - target combinations was investigated at the TANDEM-ALPI facility of the Laboratori Nazionali di Legnaro. No SHE residues have been observed so far for the studied entrance channels. On the other hand, the fission path of some heavy-ion fusion reactions for which SHE formation was experimentally reported, has not been investigated in full detail. We report in this contribution preliminary results for the binary fragmentation and neutron emission of the reaction 50Ti + 208Pb at 294 MeV. The "cold fusion" of 50Ti on 208Pb was used at GSI for the synthesis of the Z=104 (Rf) element.
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