Abstract
The gamma-radiation from fission fragments was studied as a function of the fragment mass. The mass was determined from the fragment energies using solid state detectors. The mass resolution which can be achieved by this method is treated in detail. The average initial fragment mass and the initial mass resolution is calculated as a function of the measured (apparent) mass yield for three different thicknesses of the fissile material deposit. This treatment gives a clear indication of those factors most important for good mass resolution work. A detailed description of the experimental apparatus is given in the appendices.
Citation Formats
Higbie, Jack.
Gamma Radiation from Fission Fragments Experimental Apparatus-Mass Spectrum Resolution.
Sweden: N. p.,
1969.
Web.
Higbie, Jack.
Gamma Radiation from Fission Fragments Experimental Apparatus-Mass Spectrum Resolution.
Sweden.
Higbie, Jack.
1969.
"Gamma Radiation from Fission Fragments Experimental Apparatus-Mass Spectrum Resolution."
Sweden.
@misc{etde_20956186,
title = {Gamma Radiation from Fission Fragments Experimental Apparatus-Mass Spectrum Resolution}
author = {Higbie, Jack}
abstractNote = {The gamma-radiation from fission fragments was studied as a function of the fragment mass. The mass was determined from the fragment energies using solid state detectors. The mass resolution which can be achieved by this method is treated in detail. The average initial fragment mass and the initial mass resolution is calculated as a function of the measured (apparent) mass yield for three different thicknesses of the fissile material deposit. This treatment gives a clear indication of those factors most important for good mass resolution work. A detailed description of the experimental apparatus is given in the appendices.}
place = {Sweden}
year = {1969}
month = {Aug}
}
title = {Gamma Radiation from Fission Fragments Experimental Apparatus-Mass Spectrum Resolution}
author = {Higbie, Jack}
abstractNote = {The gamma-radiation from fission fragments was studied as a function of the fragment mass. The mass was determined from the fragment energies using solid state detectors. The mass resolution which can be achieved by this method is treated in detail. The average initial fragment mass and the initial mass resolution is calculated as a function of the measured (apparent) mass yield for three different thicknesses of the fissile material deposit. This treatment gives a clear indication of those factors most important for good mass resolution work. A detailed description of the experimental apparatus is given in the appendices.}
place = {Sweden}
year = {1969}
month = {Aug}
}