Candidates for chiral doublet bands in $\chem{^{136}Nd}$
- E. Mergel
- C.M. Petrache
- G. Lo Bianco
- H. Hübel
- J. Domscheit
- D. Roßbach
- G. Schönwaßer
- N. Nenoff
- A. Neußer
- A. Görgen
- F. Becker
- E. Bouchez
- M. Houry
- A. Hürstel
- Y. Le Coz
- R. Lucas
- Ch. Theisen
- W. Korten
- A. Bracco
- N. Blasi
- F. Camera
- S. Leoni
- F. Hannachi
- A. Lopez-Martens
- M. Rejmund
- D. Gassmann
- P. Reiter
- P.G. Thirolf
- A. Astier
- N. Buforn
- M. Meyer
- N. Redon
- O. Stezowski
Publication date
January 2002
DOI Publisher
Springer Science and Business Media LLCAbstract
The even-even nucleus $^{136}$Nd was studied via in-beam $\gamma$-ray spectroscopy using the $\chem{^{16}O+{}^{125}Te}$ reaction at 100 MeV and the EUROBALL array. One new dipole band was observed. Together with a previously identified dipole band, whose position in the level scheme is revised, the new band forms a doublet structure similar to the recently observed chiral bands in the odd-odd neighboring nuclei. This would be the first case of a chiral doublet in an even-even nucleus
Add to ORKG