The radiological transportation risk & consequence program, RADTRAN, has recently added an updated loss of lead shielding (LOS) model to it most recent version, RADTRAN 6.0. The LOS model was used to determine dose estimates to first-responders during a spent nuclear fuel transportation accident. Results varied according to the following: type of accident scenario, percent of lead slump, distance to shipment, and time spent in the area. This document presents a method of creating dose estimates for first-responders using RADTRAN with potential accident scenarios. This may be of particular interest in the event of high speed accidents or fires involving cask punctures
Because of the complexity, volume of data and calculations required, one preferred analytical tool t...
US Transportation Collection1998PDFTech ReportNeuhauser, K. S.Weiner, R. F.Kanipe, R. L.Sandia Natio...
This study models the incremental radiological risk of transporting NARM to the Hanford commercial L...
The magnitudes of accident dose risks calculated by the RADTRAN code depend directly on the time spa...
The RADTRAN 4 computer code, which calculates estimates of accident dose-risk corresponding to speci...
This report documents the RADTRAD computer code developed for the U.S. Nuclear Regulatory Commission...
Radioactive materials play an important role in modern society. In addition to providing electrical ...
The transition from emergency to existing exposure situation is an important stage in the nuclear or...
RADTRAN is an internationally accepted program and code for calculating the risks of transporting ra...
A key parameter in the calculation of accident dose-risks by the RADTRAN 4 code is the time assigned...
Graduation date: 1988The extensive and expanding use of radioactive materials\ud (RAM) in the produc...
The transportation risk analysis code, RADTRAN 4, computer estimates of incident-free dose consequen...
The analysis of the risks of transporting irradiated nuclear fuel to a federal repository, Appendix ...
The RADTRAN code (Neuhauser and Kanipe, 1994) models the radiological consequences of the transporta...
During the transportation of spent nuclear fuels, the potential release of the radioactive materials...
Because of the complexity, volume of data and calculations required, one preferred analytical tool t...
US Transportation Collection1998PDFTech ReportNeuhauser, K. S.Weiner, R. F.Kanipe, R. L.Sandia Natio...
This study models the incremental radiological risk of transporting NARM to the Hanford commercial L...
The magnitudes of accident dose risks calculated by the RADTRAN code depend directly on the time spa...
The RADTRAN 4 computer code, which calculates estimates of accident dose-risk corresponding to speci...
This report documents the RADTRAD computer code developed for the U.S. Nuclear Regulatory Commission...
Radioactive materials play an important role in modern society. In addition to providing electrical ...
The transition from emergency to existing exposure situation is an important stage in the nuclear or...
RADTRAN is an internationally accepted program and code for calculating the risks of transporting ra...
A key parameter in the calculation of accident dose-risks by the RADTRAN 4 code is the time assigned...
Graduation date: 1988The extensive and expanding use of radioactive materials\ud (RAM) in the produc...
The transportation risk analysis code, RADTRAN 4, computer estimates of incident-free dose consequen...
The analysis of the risks of transporting irradiated nuclear fuel to a federal repository, Appendix ...
The RADTRAN code (Neuhauser and Kanipe, 1994) models the radiological consequences of the transporta...
During the transportation of spent nuclear fuels, the potential release of the radioactive materials...
Because of the complexity, volume of data and calculations required, one preferred analytical tool t...
US Transportation Collection1998PDFTech ReportNeuhauser, K. S.Weiner, R. F.Kanipe, R. L.Sandia Natio...
This study models the incremental radiological risk of transporting NARM to the Hanford commercial L...