ONLINE NUCLEAR ORIENTATION OF I-118 AND THE IDENTIFICATION OF THE G9/2 INTRUDER ORBITAL
PHYSICS LETTERS B 153:4-5 (1985) 221-225
Gamma-ray linear polarization and nuclear orientation experiments on oriented192, 194Ir Fe
Hyperfine Interactions 15:1-4 (1983) 41-42
Abstract:
The combined technique of gamma-ray linear polarization and directional distribution measurement from oriented nuclei (LPγON) has been applied to192Ir Fe. New polarization data are used to deduce values of mixing ratios in Β and γ transitions. © 1983 J.C. Baltzer Scientific Publishing Company.Linear polarization and directional distribution of gamma-rays from oriented172Lu
Czechoslovak Journal of Physics 33:10 (1983) 1070-1083
Abstract:
The gamma-ray linear polarization data in combination with the results of the directional distribution measurements were used to determine precise values of the multipole mixing ratios of the gamma-transitions in the172Yb nucleus. A detailed analysis of the deduced mixing ratios, supplemented by previous data, lends support to the following description of the two-quasiparticle excitations of192Yb (see also tab. 6): 2073 keV Kπ = (4+) {p 4041 ↓ + p 411 ↓} + {n 514↓ - n 521↓} 1663 keV Kπ = (3+) {n 514↓ - n 521↓} + {n 512↑ - n 521↓} 1172 keV Kπ = 3+ {n 512↑ + n 521↓} + {p404↓ - P 411↓} A supporting evidence has also been given to the spin-parity assignments of the 1640 keV (Iπ = 4-) and 1706 keV (Iπ = 5-) members of the Kπ = 4- band. © 1983 Academia, Publishing House of the Czechoslovak Academy of Sciences.Nuclear magnetic moment of161Tb
Hyperfine Interactions 15:1-4 (1983) 83-84
Abstract:
Nuclear orientation measurements on dilute Tb Gd are analysed to yield the magnetic dipole and electric quadrupole moments of161Tb g.s. and multipole mixing ratios of transitions in161Dy. © 1983 J.C. Baltzer Scientific Publishing Company.Nuclear orientation of152,154Tb in gadolinium
Czechoslovak Journal of Physics 31:5 (1981) 511-521