Abstract
A literature search has been carried out with the goal to list experimental determinations of absolute branching ratios of gamma-rays emitted from fission products. The branching ratios are required in all cases when the number of atoms of a given nuclide in a sample is to be determined by gamma spectroscopy. The mass range covered in the study is 74-165. The upper limit of the half-life of the nuclides considered has been chosen to be a few years. Thus very long-lived species are not included. (author). 6 refs, 92 tabs.
Rudstam, G
[1]
- Uppsala Univ., Nykoeping (Sweden). Studsvik Neutron Research Lab.
Citation Formats
Rudstam, G.
Absolute gamma branching ratios for fission products in the mass range 74-165.
IAEA: N. p.,
1993.
Web.
Rudstam, G.
Absolute gamma branching ratios for fission products in the mass range 74-165.
IAEA.
Rudstam, G.
1993.
"Absolute gamma branching ratios for fission products in the mass range 74-165."
IAEA.
@misc{etde_10122863,
title = {Absolute gamma branching ratios for fission products in the mass range 74-165}
author = {Rudstam, G}
abstractNote = {A literature search has been carried out with the goal to list experimental determinations of absolute branching ratios of gamma-rays emitted from fission products. The branching ratios are required in all cases when the number of atoms of a given nuclide in a sample is to be determined by gamma spectroscopy. The mass range covered in the study is 74-165. The upper limit of the half-life of the nuclides considered has been chosen to be a few years. Thus very long-lived species are not included. (author). 6 refs, 92 tabs.}
place = {IAEA}
year = {1993}
month = {Nov}
}
title = {Absolute gamma branching ratios for fission products in the mass range 74-165}
author = {Rudstam, G}
abstractNote = {A literature search has been carried out with the goal to list experimental determinations of absolute branching ratios of gamma-rays emitted from fission products. The branching ratios are required in all cases when the number of atoms of a given nuclide in a sample is to be determined by gamma spectroscopy. The mass range covered in the study is 74-165. The upper limit of the half-life of the nuclides considered has been chosen to be a few years. Thus very long-lived species are not included. (author). 6 refs, 92 tabs.}
place = {IAEA}
year = {1993}
month = {Nov}
}