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학술저널
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한국원자력학회 Nuclear Engineering and Technology Nuclear Engineering and Technology 제46권 제6호
발행연도
2014.1
수록면
825 - 836 (12page)

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Predicting radioactive fission product (FP) behaviors in the reactor coolant system and the containment of a nuclearpower plant (NPP) is one of the major concerns in the field of reactor safety, since the amount of radioactive FP releasedinto the environment during the postulated accident sequences is one of the major regulatory issues. Radioactive FPscirculating in the primary coolant loop and released into the containment are basically in the form of gas or aerosol. In thisstudy, a multi-component and multi-sectional analysis module for aerosol fission products has been developed based onthe MAEROS model [1,2], and the aerosol transport model has been developed and verified against an analytic solution. The deposition of aerosol FPs to the surrounding structural surfaces is modeled with recent research achievements. Thedeveloped aerosol analysis model has been successfully validated against the STORM SR-11 experimental data [3],which is International Standard Problem No. 40. Future studies include the development of the resuspension, growth, and chemical reaction models of aerosol fission products.

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