Chemical factors affecting fission product transport in severe LMFBR accidents

doi:https://doi.org/10.2172/6409230

Chemical factors affecting fission product transport in severe LMFBR accidents

R.P. Wichner,R.L. Jolley,Uri Gat,B.R. Rodgers-1984-10-01

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TL;DRAbstract

This study was performed as a part of a larger evaluation effort on LMFBR accident, source-term estimation. Purpose was to provide basic chemical information regarding fission product, sodium coolant, and structural material interactions required to perform estimation of fission product transport under LMFBR accident conditions. Emphasis was placed on conditions within the reactor vessel; containment vessel conditions are discussed only briefly.

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This study was performed as a part of a larger evaluation effort on LMFBR accident, source-term estimation. Purpose was to provide basic chemical information regarding fission product, sodium coolant, and structural material interactions required to perform estimation of fission product transport under LMFBR accident conditions. Emphasis was placed on conditions within the reactor vessel; containment vessel conditions are discussed only briefly.

Keywords

Nuclear fission productNuclear engineeringContainment (computer programming)Fission productsCoolantEnvironmental scienceFuel element failureCorium

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