Abstract
Magnetic moments around the Z=40 shell closure have been established using nuclear magnetic resonance on oriented nuclei in iron. From the resonance frequencies we established ‖μY;9/)‖=6.01), ‖μZr; 5/)‖=1.103(23), ‖μNb;9/)‖=6.153(5). The results obtained are discussed in the framework of particle-core coupling and, in more detail, using the Nilsson deformed single-particle model. It is shown that for certain deformation regions the measurement of the magnetic moment can give information on the nuclear quadrupole deformation.
- Received 25 July 1990
DOI:https://doi.org/10.1103/PhysRevC.44.104
©1991 American Physical Society