Determination of Isomeric Ratios in Neutron-rich Tin Isotopes Produced in Projectile Fragmentation
The beam composition of a tertiary \(^{130}\)Sn beam that was produced in projectile fragmentation is analyzed. This allows, in a first step, to identify contaminants in the beam and, in a second step, to determine isomeric ratios for different isotopes present in the beam. The results help to understand the process of projectile fragmentation and to plan future experiments that involve similar reactions. Abstract Published by the Jagiellonian University 2026 authors
Authors
- L.M. Fraile
- A. Turturica
- S. Shimano
- M. Niikura
- G. Turturica
- M Matsuda
- Y. Ichinohe
- R. Matsui
- M. Si
- S. Takahashi
- D. Balabanski
- G. Garcia de Lorenzo
- S.R. Ban
- A. Takamine
- S. Go
- H. Ueno
- Z. -Y. Liu
- C. Costache
- A. Kuşoğlu
- G. Georgiev
- S. Michimasa
- M. Yoshimoto
- Y. Togano
- N. Imai
- K. Shimizu
- T. Kato
- H. Baba
- H. Suzuki
- S. Ujeniuc
- Y. Shimizu
- F. von Spee
- M. Mochizuki
- A. Odahara
- S. Motomura
- M. Mukai
- Y. Matsuo
- Y. Ichikawa
- A. Coman
- G. Li
- Y. Fukuzawa
- J.-M. Daugas
- D. Choudhury
- H. Nishibata
- C. Mihai
- K. Stoychev
- Y. Mizuno
- N. Kitamura
- H. Matsufuji
- Y. YAMAMOTO
- S. Ohno
- H. Takeda
- N. Fukuda
Publication Details
- Journal
- Acta Physica Polonica B Proceedings Supplement
- Published
- 2026-03-31
- DOI
- https://doi.org/10.5506/aphyspolbsupp.19.1-a21
- Primary Topic
- Nuclear physics research studies
- Type
- article
- Field-Weighted Citation Impact
- 0.00