Abstract
The energy levels and the decay schemes of {sup 76}Se, {sup 78}Se, {sup 80}Se, {sup 82}Se and {sup 76}Ge have been studied through the measurements of (n,n'γ) differential cross sections. Gamma-ray excitation functions have been measured between 2.0- and 4.1-MeV incident neutron energy, and angular distribution have been observed for all of these isotopes.
Citation Formats
Sigaud, J., Patin, Y., McEllistrem, M. T., Haouat, G., and Lachkar, J.
Level and decay schemes of even-A Se and Ge isotopes from (n,n'γ) reaction studies.
France: N. p.,
1975.
Web.
Sigaud, J., Patin, Y., McEllistrem, M. T., Haouat, G., & Lachkar, J.
Level and decay schemes of even-A Se and Ge isotopes from (n,n'γ) reaction studies.
France.
Sigaud, J., Patin, Y., McEllistrem, M. T., Haouat, G., and Lachkar, J.
1975.
"Level and decay schemes of even-A Se and Ge isotopes from (n,n'γ) reaction studies."
France.
@misc{etde_12525091,
title = {Level and decay schemes of even-A Se and Ge isotopes from (n,n'γ) reaction studies}
author = {Sigaud, J., Patin, Y., McEllistrem, M. T., Haouat, G., and Lachkar, J.}
abstractNote = {The energy levels and the decay schemes of {sup 76}Se, {sup 78}Se, {sup 80}Se, {sup 82}Se and {sup 76}Ge have been studied through the measurements of (n,n'γ) differential cross sections. Gamma-ray excitation functions have been measured between 2.0- and 4.1-MeV incident neutron energy, and angular distribution have been observed for all of these isotopes.}
place = {France}
year = {1975}
month = {Jun}
}
title = {Level and decay schemes of even-A Se and Ge isotopes from (n,n'γ) reaction studies}
author = {Sigaud, J., Patin, Y., McEllistrem, M. T., Haouat, G., and Lachkar, J.}
abstractNote = {The energy levels and the decay schemes of {sup 76}Se, {sup 78}Se, {sup 80}Se, {sup 82}Se and {sup 76}Ge have been studied through the measurements of (n,n'γ) differential cross sections. Gamma-ray excitation functions have been measured between 2.0- and 4.1-MeV incident neutron energy, and angular distribution have been observed for all of these isotopes.}
place = {France}
year = {1975}
month = {Jun}
}