Abstract
The gamma radiation from the fragments of the thermal neutron fission of {sup 235}U has been investigated, and the preliminary data are presented here with suggestions for further lines of research and some possible interpretations of the data. The data have direct bearing on the fission process and the mode of fragment de-excitation. The parameters measured are the radiation decay curve for the time interval (1 - 7) x 10{sup -10} sec after fission, the photon yield, the total gamma ray energy yield, and the average photon energy. The last three quantities are measured as a function of the fragment mass.
Citation Formats
Higbie, Jack.
Gamma Radiation from Fission Fragments.
Sweden: N. p.,
1969.
Web.
Higbie, Jack.
Gamma Radiation from Fission Fragments.
Sweden.
Higbie, Jack.
1969.
"Gamma Radiation from Fission Fragments."
Sweden.
@misc{etde_20956179,
title = {Gamma Radiation from Fission Fragments}
author = {Higbie, Jack}
abstractNote = {The gamma radiation from the fragments of the thermal neutron fission of {sup 235}U has been investigated, and the preliminary data are presented here with suggestions for further lines of research and some possible interpretations of the data. The data have direct bearing on the fission process and the mode of fragment de-excitation. The parameters measured are the radiation decay curve for the time interval (1 - 7) x 10{sup -10} sec after fission, the photon yield, the total gamma ray energy yield, and the average photon energy. The last three quantities are measured as a function of the fragment mass.}
place = {Sweden}
year = {1969}
month = {Oct}
}
title = {Gamma Radiation from Fission Fragments}
author = {Higbie, Jack}
abstractNote = {The gamma radiation from the fragments of the thermal neutron fission of {sup 235}U has been investigated, and the preliminary data are presented here with suggestions for further lines of research and some possible interpretations of the data. The data have direct bearing on the fission process and the mode of fragment de-excitation. The parameters measured are the radiation decay curve for the time interval (1 - 7) x 10{sup -10} sec after fission, the photon yield, the total gamma ray energy yield, and the average photon energy. The last three quantities are measured as a function of the fragment mass.}
place = {Sweden}
year = {1969}
month = {Oct}
}