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AbstractAbstract
[en] Many fuel rods from power reactors and test reactors have been punctured during past years for determination of fission gas release. In many cases the released gas was also analysed by mass spectrometry. The isotopic composition shows systematic variations between different rods, which are much larger than the uncertainties in the analysis. This paper discusses some possibilities and problems with use of the isotopic composition to decide from which part of the fuel the gas was released. In high burnup fuel from thermal reactors loaded with uranium fuel a significant part of the fissions occur in plutonium isotopes. The ratio Xe/Kr generated in the fuel is strongly dependent on the fissioning species. In addition, the isotopic composition of Kr and Xe shows a well detectable difference between fissions in different fissile nuclides. (author)
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International Atomic Energy Agency, Vienna (Austria); 205 p; ISSN 1011-4289;
; Oct 2000; p. 11-16; Technical committee on fuel chemistry and pellet-clad interaction related to high burnup fuel; Nykoeping (Sweden); 7-10 Sep 1998; 4 figs

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