In-beam studies of very neutron-deficient heavy nuclei
- R. Julin
- P.T. Greenlees
- K. Helariutta
- P. Jones
- S. Juutinen
- A.-P. Leppänen
- H. Kankaanpää
- A. Keenan
- H. Kettunen
- P. Kuusiniemi
- M. Leino
- M. Muikku
- P. Nieminen
- J. Pakarinen
- P. Rahkila
- J. Uusitalo
- D.T. Joss
- S.J. Williams
- D.G. Jenkins
- N.-S. Kelsall
- R. Wadsworth
- K. Hauschild
- A. Hürstel
- W. Korten
- Y. Le Coz
- A.N. Andreyev
- P. Van Duppen
- M. Huyse
- K. Van de Vel
- C.J. Moore
- C.D. O'Leary
- R.D. Page
- M.J. Taylor
- W. Reviol
- M.B. Smith
Publication date
January 2002
DOI Publisher
Springer Science and Business Media LLCAbstract
The JYFL gas-filled recoil separator RITU, combined with $\chem{Ge}$ detector arrays and a SACRED magnetic solenoid spectrometer, has been successfully employed in recoil-decay-tagging (RDT) experiments in order to probe structures of very neutron-deficient heavy nuclei. The present contribution focuses on the light $\chem{Pb}$ region where the new data extend the systematics of shape-coexisting yrast states towards the proton dripline. Similarities between band structures and their relation to possible multi-particle multi-hole intruder excitations will be discussed
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