A method for judging the number of damaged fuel cladding of wwer units
A damage and cladding technology is applied in the field of analysis of the damage of components in the core of the WWER unit of a nuclear power plant, and achieves the effect of obvious change trend, easy judgment and wide judgment range.
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[0043] The present invention will be further described below in conjunction with the accompanying drawings and embodiments.
[0044] In the actual operation of nuclear power plants, the probability of a small number of fuel rods to produce microcracks or damage is much higher than the probability of multiple fuel rods to produce microcracks or damage at the same time. The smaller the number, the more detailed the classification; on the contrary, the more the number of leaked fuel rods, the simpler the classification, as shown in Table 1.
[0045] Table 1 Classification of fuel rod leakage conditions
[0046] Number of Microcrack Rods Number of broken rods Whether to consider uranium contamination Class 1 0 0 yes Class 2 1 0 yes Class 3 0 1 yes Class 4 2 0 yes Class 5 0 2 yes Class 6 4 0 yes Class 7 0 4 yes Class 8 7 0 yes Class 9 0 7 yes Class 10 12 0 yes Class 11 0 ...
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