Abstract
An efficient computer code club, based on the combination of a small-scale collision probability and a large-scale interface current method, was developed for the analysis of pressurized heavy-water reactor (PHWR) lattice cells. A large number of experiments with different fuel clusters and D 2O and air coolants were analysed using this code. The results were found to be very encouraging. However, when club was used for analysing experiments with organic coolants, the results were found not to be in good agreement with the experiments. This paper discusses the reasons for this and proposes a remedy. Finally, it gives the results of the analysis of these experiments with the modified computer code club.
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