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[en] A knowledge of the system Bi-Fe-Hg-O-Pb is necessary to understand possible degradation mechanisms in the MEGAPIE spallation target window. The present work aimed at investigating a few subsystems: the ternary bi-Ht-Pb and several oxides in order to determine the post efficient directions for studying the quinary system. Differential scanning calorimetry was used to complement literature data before computing the ternary Bi-Hg-Pb with the Thermocalc software. Oxide layers growing on T91 steel immersed in liquid Pb or Bi-Pb eutectic, in working conditions close to that of the MEGAPIE target, were identified. (authors)
Source
Gorce, D. (Centre National de la Recherche Scientifique (CNRS), 94 - Vitry-sur-Seine (France)); Boutard, J.L. (CEA Sacaly, Dir. de la Simulation et des Outils Experimentaux - DSOE, 91 - Gif sur Yvette (France)); 305 p; ISBN 2-86883-617-8; 
; Sep 2002; p. 163-174; Symposium on ''Structural materials for hybrid systems: a challenge in metallurgy''; Paris (France); 29-31 Oct 2001; 20 refs.
; Sep 2002; p. 163-174; Symposium on ''Structural materials for hybrid systems: a challenge in metallurgy''; Paris (France); 29-31 Oct 2001; 20 refs.