Actinides separation chemistry in molten salts and its applications at the CEA
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and they can be used in various situations: heat transfer, core coolants with solid fuels, liquid fuel in molten salt reactor, solvents for spent nuclear
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Because the significantly higher proportion of Heavy Nuclei has a strong impact on the in core inventory and on the breeding ratio, we have decided to reduce the salt volume from 40 m
In this paper, we presented a reference configuration called the Thorium Molten Salt Reactor (TMSR) and studied the influence of different types of reprocessing on the behaviour
2 Initial fissile ( 233 U) inventory (left) and reactor’s doubling time (right) as a function of the fuel salt volume for two in/out of core fuel salt distributions 3.2
The design of the TMSR-NM is not yet finalized since many studies are ongoing, mainly concerning the thermal hydraulics, heat exchanges and safety fields, the portion of fuel
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2, the TRU inventory of a TMSR started with TRU elements becomes equivalent to that of 233 U started TMSRs after about forty years for our fuel salt with 17.5% of heavy nuclei:
