Beregning af relevante individ- og befolkningsdoser på dansk territorium fra hypotetiske kernenedsmeltningsuheld på Barsebäck reaktoren

Roskilde Forsøgsanlæg Risø

Beregning af relevante individ- og befolkningsdoser på dansk territorium fra hypotetiske kernenedsmeltningsuheld på Barsebäck reaktoren

Roskilde Forsøgsanlæg Risø

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Abstract

Individual and population doses within Danish territory are calculated from hypothetical, severe core-melt accidents at the Swedish nuclear plant at Barseback. The fission product inventory of the Barseback reactor is calculated The release fractions for the accidents are taker from WASH-1400. Based on parametric studies, doses are calculated for very unfavourable, but not incredible
weather conditions. The probability of such conditions in combination with wind direction towards Danish territory is estimated. Doses to bone marrow, lungs, GI-tract and thyroid are calculated based on dose models developed at Risø. These doses are found to be consistent with doses calculated with the models used in WASH-1400.

Original language	Danish

Place of Publication	Roskilde, Denmark
Publisher	Risø National Laboratory
Number of pages	59
ISBN (Print)	87-550-0439-3
Publication status	Published - 1977

Series	Risø-M
Number	1905
ISSN	0418-6435

Keywords

Risø-M-1905

Access to Document

Ris m 1905Final published version, 2.39 MB

Cite this

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abstract = "Individual and population doses within Danish territory are calculated from hypothetical, severe core-melt accidents at the Swedish nuclear plant at Barseback. The fission product inventory of the Barseback reactor is calculated The release fractions for the accidents are taker from WASH-1400. Based on parametric studies, doses are calculated for very unfavourable, but not incredibleweather conditions. The probability of such conditions in combination with wind direction towards Danish territory is estimated. Doses to bone marrow, lungs, GI-tract and thyroid are calculated based on dose models developed at Ris{\o}. These doses are found to be consistent with doses calculated with the models used in WASH-1400.",

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N2 - Individual and population doses within Danish territory are calculated from hypothetical, severe core-melt accidents at the Swedish nuclear plant at Barseback. The fission product inventory of the Barseback reactor is calculated The release fractions for the accidents are taker from WASH-1400. Based on parametric studies, doses are calculated for very unfavourable, but not incredibleweather conditions. The probability of such conditions in combination with wind direction towards Danish territory is estimated. Doses to bone marrow, lungs, GI-tract and thyroid are calculated based on dose models developed at Risø. These doses are found to be consistent with doses calculated with the models used in WASH-1400.

AB - Individual and population doses within Danish territory are calculated from hypothetical, severe core-melt accidents at the Swedish nuclear plant at Barseback. The fission product inventory of the Barseback reactor is calculated The release fractions for the accidents are taker from WASH-1400. Based on parametric studies, doses are calculated for very unfavourable, but not incredibleweather conditions. The probability of such conditions in combination with wind direction towards Danish territory is estimated. Doses to bone marrow, lungs, GI-tract and thyroid are calculated based on dose models developed at Risø. These doses are found to be consistent with doses calculated with the models used in WASH-1400.

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CY - Roskilde, Denmark

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