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Linking Transitions betwen the highly deformed states and the yrast states of normal deformation in 133Nd

Authors :
G. de Angelis
R. Menegazzo
G. LoBianco
P. Bezzon
Isabella Castiglioni
X.N. Tang
S. Lunardi
D. R. Napoli
Michele Sferrazza
María Angélica Cardona
J. Rico
P. Pavan
D. De Acuña
M.L. Mazza
C. Cavedon
P. Spolaore
A. Buscemi
G. Falconi
N. Blasi
G. Maron
M. De Poli
Ramon Wyss
R. Zanon
C. Rossi-Alvarez
R. Burch
D. Bazzacco
F. Brandolini
P. G. Bizzeti
G. Vedovato
Bazzacco, D
Barndolini, F
Burch, R
Buscami, A
Cavedon, C
de Acuña, D
Lunardi, S
Menegazzo, R
Pavan, P
Rossi-Alvarez, C
Sferrazza, M
Zanon, R
de Angelis, G
Bezzon, P
Cardona, M
de Poli, M
Maron, G
Mazza, M
Napoli, D
Rico, J
Spolaore, P
Tang, X
Vedovato, G
Blasi, N
Castiglioni, I
Falconi, G
Lobianco, G
Bizzeti, P
Wyss, R
Source :
Physics Letters B, Vol 309, Iss 3, Pp 235-240 (1993)
Publication Year :
1993
Publisher :
Elsevier, 1993.

Abstract

Transitions linking the highly deformed band to low deformation states have been unambiguously established in 133 Nd in the very first experiment performed with the GASP array. the highly deformed band becomes yrast at 29 2 + , where it mixes with the positive parity band built upon the [404] 7 2 Nilsson state. The experimentally deduced interaction amounts to 13 keV. The measurement of the spins in the highly deformed intruder band sheds some light upon the reported backbend anomaly in this mass region.

Details

Language :
English
Database :
OpenAIRE
Journal :
Physics Letters B, Vol 309, Iss 3, Pp 235-240 (1993)
Accession number :
edsair.doi.dedup.....ff6f4edebf5180812aa1de910291a31d