Abstract
The decay of {sup 191}Pt to {sup 191}Ir has been investigated using Ge(Li)-detectors and a double focusing beta spectrometer. 35 transitions were observed and most of them were placed in a level scheme. Special attention was given to the low energy level band structure. Several multipolarity mixing ratios were determined from L-subshell ratio measurements. Using the delayed coincidence technique the half-life of the 179.05 keV level was measured to 40 {+-} 12 psec. The low level decay properties are discussed in terms of the Nilsson model with the inclusion of Coriolis coupling.
Malmskog, S G;
Berg, V;
[1]
Baecklin, A;
Hedin, G
[2]
- AB Atomenergi, Nykoeping (Sweden)
- Inst. of Physics, Univ. of Upp sala (Sweden)
Citation Formats
Malmskog, S G, Berg, V, Baecklin, A, and Hedin, G.
The Low Energy Level Structure of {sup 191}lr.
Sweden: N. p.,
1970.
Web.
Malmskog, S G, Berg, V, Baecklin, A, & Hedin, G.
The Low Energy Level Structure of {sup 191}lr.
Sweden.
Malmskog, S G, Berg, V, Baecklin, A, and Hedin, G.
1970.
"The Low Energy Level Structure of {sup 191}lr."
Sweden.
@misc{etde_20961861,
title = {The Low Energy Level Structure of {sup 191}lr}
author = {Malmskog, S G, Berg, V, Baecklin, A, and Hedin, G}
abstractNote = {The decay of {sup 191}Pt to {sup 191}Ir has been investigated using Ge(Li)-detectors and a double focusing beta spectrometer. 35 transitions were observed and most of them were placed in a level scheme. Special attention was given to the low energy level band structure. Several multipolarity mixing ratios were determined from L-subshell ratio measurements. Using the delayed coincidence technique the half-life of the 179.05 keV level was measured to 40 {+-} 12 psec. The low level decay properties are discussed in terms of the Nilsson model with the inclusion of Coriolis coupling.}
place = {Sweden}
year = {1970}
month = {Feb}
}
title = {The Low Energy Level Structure of {sup 191}lr}
author = {Malmskog, S G, Berg, V, Baecklin, A, and Hedin, G}
abstractNote = {The decay of {sup 191}Pt to {sup 191}Ir has been investigated using Ge(Li)-detectors and a double focusing beta spectrometer. 35 transitions were observed and most of them were placed in a level scheme. Special attention was given to the low energy level band structure. Several multipolarity mixing ratios were determined from L-subshell ratio measurements. Using the delayed coincidence technique the half-life of the 179.05 keV level was measured to 40 {+-} 12 psec. The low level decay properties are discussed in terms of the Nilsson model with the inclusion of Coriolis coupling.}
place = {Sweden}
year = {1970}
month = {Feb}
}