- V. Paar (Univ. Zagreb) - Structure of the triplet of low-lying
states in /sup 101/Mo.
- Accession Number
- 003954295
- Author
- Seyfarth
H. Guven
HH. Kardon
B. Lauppe
WD. Lhersonneau
G. Sistemich
K. Brant
S. Kaffrell
N. Maier-Komor
P. Vonach
HK. Paar
V. Vorkapic
D. Meyer
RA.
- Institution
- Inst. fur Kernphys., Forschungszentrum Julich, Germany.
- Title
- Structure of the triplet of low-lying states in /sup 101/Mo.
- Source
- Zeitschrift fur Physik A-Hadrons & Nuclei, vol.339, no.2, 1991,
pp.269-78. Germany.
- Country of Publication
- Germany.
- Abstract
- The properties of the triplet of low-lying states in /sup 101/Mo have been
studied through spectroscopy of the gamma radiation following thermal
neutron capture in /sup 100/Mo and beta /sup -/ decay of /sup 101/Nb and
through a measurement of the proton angular distributions in the /sup 100/Mo
(d, p) reaction with 14 MeV deuteron energy. The half-lives of the 13.5 keV
state and the 57.0 keV 5/2/sup +/ state have been measured. The possibility
of an additional state near to the 57.0 keV level is discussed. IBFM/PTQM
calculations taking into consideration the transitional character of the
/sup 100/Mo boson core, account for the electromagnetic-transition and
transfer-reaction pattern of the triplet of states. (47 References).
- Abstract Number
- A91106535
- Subject Headings
- Interacting
boson approximation. Nuclear
branching and mixing ratios. Nuclear
collective states and giant resonances. Nuclear
energy level lifetimes. Nuclei
with mass number 90 to 149.
- Key Phrase Identifiers
- /sup
100/Mo(n, gamma); /sup
101/Mo; low-lying
states; thermal
neutron capture; /sup
100/Mo (d, p); IBFM/PTQM
calculations; transitional
character; boson
core; electromagnetic-transition;
transfer-reaction;
triplet.
- Classification Codes
- Collective structure in nuclear levels [A2110R]; Properties of nuclei with
90
- Treatment
- Theoretical or mathematical. Experimental.
- CODEN
- ZAANEE
- Language
- English.
- ISSN
- 0939-7922.
- Publication Type
- Journal Paper.
- Update Code
- 199100.