Detailed study of magnetic rotation in 196Pb
✍ Scribed by A.K. Singh; N. Nenoff; D. Roßbach; A. Görgen; S. Chmel; F. Azaiez; A. Astier; D. Bazzacco; M. Belleguic; S. Bouneau; C. Bourgeois; N. Buforn; B. Cederwall; I. Deloncle; J. Domscheit; F. Hannachi; K. Hauschild; H. Hübel; A. Korichi; W. Korten; T. Kröll; Y. LeCoz; A. Lopez-Martens; R. Lucas; S. Lunardi; H.J. Maier; E. Mergel; M. Meyer; C.M. Petrache; N. Redon; P. Reiter; C. Rossi-Alvarez; G. Schönwaßer; O. Stezowski; P.G. Thirolf; A.N. Wilson
- Publisher
- Elsevier Science
- Year
- 2002
- Tongue
- English
- Weight
- 415 KB
- Volume
- 707
- Category
- Article
- ISSN
- 0375-9474
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✦ Synopsis
High-spin states in 196 Pb have been populated in two different heavy-ion-induced reactions using thin and Au-backed targets, respectively. Gamma-ray coincidences were measured using the EUROBALL spectrometer array. Five new magnetic-rotational bands have been found. The previously known four bands have been extended and some of their levels have been reordered. With one exception, all the bands have been connected to lower-lying states and excitation energies, spins
📜 SIMILAR VOLUMES
High-spin states in 197 Pb and 198 Pb were populated in the 186 W( 18 O, xn) reactions. In-beam γray coincidences were measured in two experiments using the GAMMASPHERE and the EUROGAM II spectrometer arrays, respectively. In both nuclei new bands of enhanced magnetic dipole transitions were found a