Technical Assistance in Review of Source Term-Related Issues of Advanced Reactors | Zendy

E.C. Beahm | Zendy; T.A. Dillow | Zendy; Chris Weber | Zendy

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Technical Assistance in Review of Source Term-Related Issues of Advanced Reactors

Author(s) -

E.C. Beahm,

T.A. Dillow,

Chris Weber

Publication year - 1998

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/1734

Subject(s) - iodine , containment (computer programming) , term (time) , nuclear engineering , aqueous solution , vapor phase , chemistry , process engineering , environmental science , radiochemistry , computer science , thermodynamics , engineering , physics , organic chemistry , programming language , quantum mechanics

The distribution of iodine in containment during an AP-600 design-basis accident was evaluated using models in the "TRENDS" code. The AP-6003BE accident sequmce calculations showed that a pH >7 was maintained for at least 30 days. Because the pH was maintained at this level, most of the iodine was in the form of iodid~ only 3 x 10-3% was present as aqueous 12, and only 1 x 10< `/0 was present as J in the vapor phase

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