Abstract
The half-life of the first excited level in Au has been measured by the delayed coincidence technique to be 1.1 {+-} 0.1 nsec. From a measurement of the intensity ratios of the L sub shell conversion lines the E2/M1 ratio of the deexciting transition has been found to be (4.9 {sup +1.4}{sub -0.8})10{sup -2} The energy of the transition was measured to 77.21 {+-} 0.03 keV. The absolute values of the reduced M1 and E2 transition probabilities have been calculated and included in a systematic survey of s{sub 1/2} <-> d{sub 3/2} transitions in odd Z isotopes in the Au region. This result has been compared with the predictions of the nuclear models of Sorensen and de Shalit.
Baecklin, A;
[1]
Malmskog, S G
[2]
- Swedish Research Councils' Laboratory, Studsvik, Nykoeping (Sweden)
- AB Atomenergi, Nykoeping (Sweden)
Citation Formats
Baecklin, A, and Malmskog, S G.
On the Properties of the s{sub 1/2} -> d{sub 3/2} Transition in {sup 199}Au.
Sweden: N. p.,
1967.
Web.
Baecklin, A, & Malmskog, S G.
On the Properties of the s{sub 1/2} -> d{sub 3/2} Transition in {sup 199}Au.
Sweden.
Baecklin, A, and Malmskog, S G.
1967.
"On the Properties of the s{sub 1/2} -> d{sub 3/2} Transition in {sup 199}Au."
Sweden.
@misc{etde_20949455,
title = {On the Properties of the s{sub 1/2} -> d{sub 3/2} Transition in {sup 199}Au}
author = {Baecklin, A, and Malmskog, S G}
abstractNote = {The half-life of the first excited level in Au has been measured by the delayed coincidence technique to be 1.1 {+-} 0.1 nsec. From a measurement of the intensity ratios of the L sub shell conversion lines the E2/M1 ratio of the deexciting transition has been found to be (4.9 {sup +1.4}{sub -0.8})10{sup -2} The energy of the transition was measured to 77.21 {+-} 0.03 keV. The absolute values of the reduced M1 and E2 transition probabilities have been calculated and included in a systematic survey of s{sub 1/2} <-> d{sub 3/2} transitions in odd Z isotopes in the Au region. This result has been compared with the predictions of the nuclear models of Sorensen and de Shalit.}
place = {Sweden}
year = {1967}
month = {Feb}
}
title = {On the Properties of the s{sub 1/2} -> d{sub 3/2} Transition in {sup 199}Au}
author = {Baecklin, A, and Malmskog, S G}
abstractNote = {The half-life of the first excited level in Au has been measured by the delayed coincidence technique to be 1.1 {+-} 0.1 nsec. From a measurement of the intensity ratios of the L sub shell conversion lines the E2/M1 ratio of the deexciting transition has been found to be (4.9 {sup +1.4}{sub -0.8})10{sup -2} The energy of the transition was measured to 77.21 {+-} 0.03 keV. The absolute values of the reduced M1 and E2 transition probabilities have been calculated and included in a systematic survey of s{sub 1/2} <-> d{sub 3/2} transitions in odd Z isotopes in the Au region. This result has been compared with the predictions of the nuclear models of Sorensen and de Shalit.}
place = {Sweden}
year = {1967}
month = {Feb}
}