In-beam
- M. Matsushita
- S. Takeuchi
- N. Aoi
- P. Doornenbal
- J. Lee
- K. Li
- T. Motobayashi
- H. Scheit
- D. Steppenbeck
- H. Wang
- H. Baba
- D. Bazin
- L. Càceres
- H. Crawford
- P. Fallon
- R. Gernhäuser
- J. Gibelin
- S. Go
- S. Grévy
- C. Hinke
- C. R. Hoffman
- R. Hughes
- E. Ideguchi
- K. Ieki
- D. Jenkins
- N. Kobayashi
- Y. Kondo
- R. Krücken
- T. Le Bleis
- G. Lee
- A. Matta
- S. Michimasa
- T. Nakamura
- S. Ota
- M. Petri
- T. Sako
- H. Sakurai
- S. Shimoura
- K. Steiger
- K. Takahashi
- M. Takechi
- Y. Togano
- R. Winkler
- K. Yoneda
DOIAbstract
Excited states in the nuclei 38,40,42 Si have been studied using in-beam Γ-ray spectroscopy following multi-nucleon removal reactions to investigate the systematics of excitation energies along the Z=14 isotopic chain. The most probable candidates for the transition from the yrast 4+ state were tentatively assigned among several γ lines newly observed in the present study. The energy ratios between the 21+ and 41+ states were obtained to be 2.09(5), 2.56(5) and 2.93(5) for 38,40,42Si, respectively, indicating a rapid development of deformation in Si isotopes from N=24 to, at least, N=28
Add to ORKG