An experimental examination of the cooled vessel steel corrosion during the interaction with molten corium is presented. The experiments have
been conducted test facility and followed up with physico-chemical and metallographic analyses of melt samples and coriumspecimen
ingots. The results discussed in the first part of the paper have revealed specific corrosion mechanisms for air and inert atmosphere above
the melt. Models have been proposed based on this information and approximate curves constructed for the estimation of the corrosion rate or
corrosion depth of vessel steel in conditions simulated by the experiments.
BECHTA S.V.;
KHABENSKY V.B.;
VITOL S.A;
KRUSHINOV E.V.;
GRANOVSKY V.S.;
LOPUKH D.B.;
GUSAROV V.V.;
MARTINOV V.V;
MARTINOV A.P.;
FIEG G.;
TROMM W.;
BOTTOMLEY Paul;
2006-06-16
ELSEVIER SCIENCE BV
JRC33734
https://publications.jrc.ec.europa.eu/repository/handle/JRC33734,
10.1016/j.nucengdes.2005.12.011.,
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