The area in which intermediate phase protective actions (such as food interdiction and relocation) may be needed following postulated accidents at three Savannah River Site nonreactor nuclear facilities will be determined by modeling. The criteria used to select dispersion/deposition models are presented. Several models are considered, including ARAC, MACCS, HOTSPOT, WINDS (coupled with PUFF-PLUME), and UFOTRI. Although ARAC and WINDS are expected to provide more accurate modeling of atmospheric transport following an actual release, analyses consistent with regulatory guidance for planning purposes may be accomplished with comparatively simple dispersion models such as HOTSPOT and UFOTRI. A recommendation is made to use HOTSPOT for non-tri...
AXAIRQ is a dose mode code used for prospective accident assessment at the Savannah River Site and i...
International audienceAn intercomparison of atmospheric dispersion models has been carried out for a...
The intent of minimizing the impact of the large amount of radioactive material potentially released...
The area in which intermediate phase protective actions (such as food interdiction and relocation) m...
The distance at which intermediate phase protective actions (such as food interdiction and relocatio...
Radiation doses that may have resulted from operations at the Hanford Site are being estimated in th...
The Atmospheric Release Advisory Capability (ARAC) was requested to estimate credible worst-case dos...
Information is presented by the applicant and reviewed by the staff concerning atmospheric dispersio...
This manual documents a recommended methodology for determining the ingestion pathway consequences o...
This report presents the results of a review of the available codes, for application to the National...
Compliance with standards of radiation dose to the general public has necessitated the use of disper...
Abstract niet beschikbaarThis report provides an overview of (1) the most important exposure pathway...
Short-term predictions of potential impacts from accidental release of various radionuclides at nucl...
Following a request from the States of South Carolina and Georgia, downstream radiological consequen...
Short-term predictions of potential impacts from accidental release of various radionuclides at nucl...
AXAIRQ is a dose mode code used for prospective accident assessment at the Savannah River Site and i...
International audienceAn intercomparison of atmospheric dispersion models has been carried out for a...
The intent of minimizing the impact of the large amount of radioactive material potentially released...
The area in which intermediate phase protective actions (such as food interdiction and relocation) m...
The distance at which intermediate phase protective actions (such as food interdiction and relocatio...
Radiation doses that may have resulted from operations at the Hanford Site are being estimated in th...
The Atmospheric Release Advisory Capability (ARAC) was requested to estimate credible worst-case dos...
Information is presented by the applicant and reviewed by the staff concerning atmospheric dispersio...
This manual documents a recommended methodology for determining the ingestion pathway consequences o...
This report presents the results of a review of the available codes, for application to the National...
Compliance with standards of radiation dose to the general public has necessitated the use of disper...
Abstract niet beschikbaarThis report provides an overview of (1) the most important exposure pathway...
Short-term predictions of potential impacts from accidental release of various radionuclides at nucl...
Following a request from the States of South Carolina and Georgia, downstream radiological consequen...
Short-term predictions of potential impacts from accidental release of various radionuclides at nucl...
AXAIRQ is a dose mode code used for prospective accident assessment at the Savannah River Site and i...
International audienceAn intercomparison of atmospheric dispersion models has been carried out for a...
The intent of minimizing the impact of the large amount of radioactive material potentially released...