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ISSN : 1738-1894(Print)
ISSN : 2288-5471(Online)
ISSN : 2288-5471(Online)
고준위 방사성폐기물 처분장 생태계 모델링을 위한 ACBIO개발
Biosphere Modeling for Dose Assessment of HLW Repository: Development of ACBIO
Abstract
For the purpose of evaluating dose rate to individual due to long-term release of nuclides from the HLW repository, a biosphere assessment model and the implemented code, ACBIO, based on BIOMASS methodology have been developed by utilizing AMBER, a general compartment modeling tool. To show its practicability and usability as well as to see the sensitivity of compartment scheme or parametric variation to concentration and activity in compartments as well as annual flux between compartments at their peak values, some calculations are made and investigated: For each case when changing the structure of compartments and GBIs as well as varying selected input Kd values, all of which seem very important among others, dose rate per nuclide release rate is separately calculated and analyzed. From the maximum dose rates (Bq/y), flux-to-dose conversion factors (Sv/Bq) for each nuclide were derived, which are to be used for converting the nuclide release rate appearing from the geosphere through various GBIs to dose rate (Sv/y) for individual in critical group. It has been also observed that compartment scheme, identification of possible exposure group and GBIs could be all highly sensitive to the final consequences in biosphere modeling.
Bioshhere modeling, AMBER, Flux to Dose Conversion Factor, HLW repository, Safety Assessment, 생태모델링, 앰버, 피폭선량환산인자, 고준위폐기물처분장, 안전성 평가
Reference
JNFCWT
Online Submission
Korean Radioactive
Waste Society (KRS)
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