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Breed-and-burn fuel cycle in molten salt reactors

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Figure

Fig. 1. Exit (top) and internal (bottom) residence time distri-butions for static- and mixed-fuel reactors of equal discharge andcycle times τdis = τcycle as function of time.
Fig. 3. Evolution of the neutron production (tion macroscopic cross-sections as well as cellthe total fluence for the NaClνΣf) and absorp- k∞ as function ofUCl3 (68–32 mol%) case.
Fig. 4. Evaluation of the k∞ at equilibrium using directcalculation (crosses) and the neutron excess method (lines).
Table 1. Candidate fluoride and chloride fuel salts considered in this work and their properties.
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