Abstract
The collective dose rate and the area contamination form a basis for site criteria going beyond the individual considerations of distribution of the population, hydrology, meteorology etc. The possibilities of radio-ecological models on the radiation exposure through air- and water paths during operation and incidents are described by example of Biblis, Muelheim-Kaerlich and Esensham. Comparative evaluations were effected for Fessenheim.
Citation Formats
Bruessermann, K, Eschhaus, M, Kreymborg, A, Muenster, M, and Schommer, N.
Development of an EDV-supported decision instrument for site pre-selection of nuclear power plants. EDV-supported instrument for calculation of the space distribution of the collective dose rate and area contamination. Vol. 1. Radiation exposure through air- and water paths under authorized operating conditions and during incidents.
Germany: N. p.,
1980.
Web.
Bruessermann, K, Eschhaus, M, Kreymborg, A, Muenster, M, & Schommer, N.
Development of an EDV-supported decision instrument for site pre-selection of nuclear power plants. EDV-supported instrument for calculation of the space distribution of the collective dose rate and area contamination. Vol. 1. Radiation exposure through air- and water paths under authorized operating conditions and during incidents.
Germany.
Bruessermann, K, Eschhaus, M, Kreymborg, A, Muenster, M, and Schommer, N.
1980.
"Development of an EDV-supported decision instrument for site pre-selection of nuclear power plants. EDV-supported instrument for calculation of the space distribution of the collective dose rate and area contamination. Vol. 1. Radiation exposure through air- and water paths under authorized operating conditions and during incidents."
Germany.
@misc{etde_6633841,
title = {Development of an EDV-supported decision instrument for site pre-selection of nuclear power plants. EDV-supported instrument for calculation of the space distribution of the collective dose rate and area contamination. Vol. 1. Radiation exposure through air- and water paths under authorized operating conditions and during incidents}
author = {Bruessermann, K, Eschhaus, M, Kreymborg, A, Muenster, M, and Schommer, N}
abstractNote = {The collective dose rate and the area contamination form a basis for site criteria going beyond the individual considerations of distribution of the population, hydrology, meteorology etc. The possibilities of radio-ecological models on the radiation exposure through air- and water paths during operation and incidents are described by example of Biblis, Muelheim-Kaerlich and Esensham. Comparative evaluations were effected for Fessenheim.}
place = {Germany}
year = {1980}
month = {Jan}
}
title = {Development of an EDV-supported decision instrument for site pre-selection of nuclear power plants. EDV-supported instrument for calculation of the space distribution of the collective dose rate and area contamination. Vol. 1. Radiation exposure through air- and water paths under authorized operating conditions and during incidents}
author = {Bruessermann, K, Eschhaus, M, Kreymborg, A, Muenster, M, and Schommer, N}
abstractNote = {The collective dose rate and the area contamination form a basis for site criteria going beyond the individual considerations of distribution of the population, hydrology, meteorology etc. The possibilities of radio-ecological models on the radiation exposure through air- and water paths during operation and incidents are described by example of Biblis, Muelheim-Kaerlich and Esensham. Comparative evaluations were effected for Fessenheim.}
place = {Germany}
year = {1980}
month = {Jan}
}