Identification of the I(pi) = 10(+) Yrast rotational state in 24Mg.
Spins and parities of high spin states above the particle-binding threshold in 24Mg were determined with a basis expansion technique using triple and quadruple angular correlations between alpha particles and gamma rays. The first unambiguous identification of a 10(+) state is reported. Located at 19.2(1) MeV, this state decays predominantly by alpha emission, although a candidate gamma-decay branch with a 5.927 MeV transition connecting this 10(+) level to the rotational 8(+) state at 13.2 MeV was identified as well. The corresponding gamma-alpha branching ratio is 7(3)x10(-4).
Wiedenhöver
I
I
Argonne National Laboratory, Argonne, Illinois 60439, USA.
Wuosmaa
A H
AH
Janssens
R V
RV
Lister
C J
CJ
Carpenter
M P
MP
Amro
H
H
Bhattacharyya
P
P
Brown
B A
BA
Caggiano
J
J
Devlin
M
M
Heinz
A
A
Kondev
F G
FG
Lauritsen
T
T
Sarantites
D G
DG
Siem
S
S
Sobotka
L G
LG
Sonzogni
A
A