This paper describes analyses of a potential post-closure pyrophoric event in a waste package containing uranium metal spent fuel. The analyses include temperature at adjacent waste packages caused by the event and the dose to humans due to the event. The thermal analyses show that the event would not be expected to damage the adjacent waste packages. The dose analyses show that the doses due to the event are small. These analyses provide support to screening arguments used to demonstrate that the pyrophoric event should not be considered in the total system performance assessment model
A pyrophoric event recently occurred which involved corrosion products collected from highly-enriche...
A methodology for performing and applying nuclear criticality safety calculations, for PWR spent nuc...
An axisymmetric model of the 5320 package was created to perform hypothetical accident conditions (H...
The U.S. Department of Energy (DOE) spent nuclear fuel (DSNF) is categorized into eleven different s...
This paper provides an overview of a feature, event, and process (FEP) screening argument developed ...
We have compiled a topical reference on the phenomena, experiences, experiments, and prediction of u...
This conference paper is approved for public release We have compiled a topical reference on the phe...
Spent fuel transportation and storage cask designs based on a burnup credit approach must consider i...
This study investigates the effect of the non-uniform nuclide composition in spent fuel on material ...
The purpose of this report is to provide a topical reference on the phenomena and prediction of uran...
Several performance assessment (PA) analyses have been completed to estimate the release to the acce...
This study investigates the effect of the non-uniform nuclide composition in spent fuel on material ...
This work performs an analysis of the inherent nuclear spent fuel pool response to a loss of pool co...
Although idealized calculations of the potential for an atomic explosion within a repository can mak...
Although idealized calculations of the potential for an atomic explosion within a repository can mak...
A pyrophoric event recently occurred which involved corrosion products collected from highly-enriche...
A methodology for performing and applying nuclear criticality safety calculations, for PWR spent nuc...
An axisymmetric model of the 5320 package was created to perform hypothetical accident conditions (H...
The U.S. Department of Energy (DOE) spent nuclear fuel (DSNF) is categorized into eleven different s...
This paper provides an overview of a feature, event, and process (FEP) screening argument developed ...
We have compiled a topical reference on the phenomena, experiences, experiments, and prediction of u...
This conference paper is approved for public release We have compiled a topical reference on the phe...
Spent fuel transportation and storage cask designs based on a burnup credit approach must consider i...
This study investigates the effect of the non-uniform nuclide composition in spent fuel on material ...
The purpose of this report is to provide a topical reference on the phenomena and prediction of uran...
Several performance assessment (PA) analyses have been completed to estimate the release to the acce...
This study investigates the effect of the non-uniform nuclide composition in spent fuel on material ...
This work performs an analysis of the inherent nuclear spent fuel pool response to a loss of pool co...
Although idealized calculations of the potential for an atomic explosion within a repository can mak...
Although idealized calculations of the potential for an atomic explosion within a repository can mak...
A pyrophoric event recently occurred which involved corrosion products collected from highly-enriche...
A methodology for performing and applying nuclear criticality safety calculations, for PWR spent nuc...
An axisymmetric model of the 5320 package was created to perform hypothetical accident conditions (H...