Abstract
The gyromagnetic ratios of 6 excited levels in the lowest K=1/2 and 3/2 bands of {sup 183}W were measured using the thin-foil transient-field technique. The level scheme was extended to spin 17/2{sup -} and multipole mixing ratios measured for several transitions. Detailed comparisons of the spectroscopic data on {sup 183}W with the rotation-particle coupling model show good agreement, but favour a Coriolis mixing strength much larger than predicted by previous Nilsson model calculations in which hexadecapole deformation was neglected. 26 refs., 6 tabs., 7 figs.
Lampard, G J;
Bolotin, H H;
[1]
Stuchbery, A E
[2]
- Melbourne Univ., Parkville (Australia). School of Physics
- Australian National Univ., Canberra (Australia). Research School of Physical Sciences
Citation Formats
Lampard, G J, Bolotin, H H, and Stuchbery, A E.
Spectroscopy of {sup 183}W; measured magnetic moments and rotation-particle coupling.
Australia: N. p.,
1991.
Web.
Lampard, G J, Bolotin, H H, & Stuchbery, A E.
Spectroscopy of {sup 183}W; measured magnetic moments and rotation-particle coupling.
Australia.
Lampard, G J, Bolotin, H H, and Stuchbery, A E.
1991.
"Spectroscopy of {sup 183}W; measured magnetic moments and rotation-particle coupling."
Australia.
@misc{etde_10136011,
title = {Spectroscopy of {sup 183}W; measured magnetic moments and rotation-particle coupling}
author = {Lampard, G J, Bolotin, H H, and Stuchbery, A E}
abstractNote = {The gyromagnetic ratios of 6 excited levels in the lowest K=1/2 and 3/2 bands of {sup 183}W were measured using the thin-foil transient-field technique. The level scheme was extended to spin 17/2{sup -} and multipole mixing ratios measured for several transitions. Detailed comparisons of the spectroscopic data on {sup 183}W with the rotation-particle coupling model show good agreement, but favour a Coriolis mixing strength much larger than predicted by previous Nilsson model calculations in which hexadecapole deformation was neglected. 26 refs., 6 tabs., 7 figs.}
place = {Australia}
year = {1991}
month = {Sep}
}
title = {Spectroscopy of {sup 183}W; measured magnetic moments and rotation-particle coupling}
author = {Lampard, G J, Bolotin, H H, and Stuchbery, A E}
abstractNote = {The gyromagnetic ratios of 6 excited levels in the lowest K=1/2 and 3/2 bands of {sup 183}W were measured using the thin-foil transient-field technique. The level scheme was extended to spin 17/2{sup -} and multipole mixing ratios measured for several transitions. Detailed comparisons of the spectroscopic data on {sup 183}W with the rotation-particle coupling model show good agreement, but favour a Coriolis mixing strength much larger than predicted by previous Nilsson model calculations in which hexadecapole deformation was neglected. 26 refs., 6 tabs., 7 figs.}
place = {Australia}
year = {1991}
month = {Sep}
}