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A tokamak fusion-fission hybrid reatcor is proposed as one of candidates for disposal ofthe long-lived actinides and fission product wastes and supply of future energy.To assess thefeasibility of transmutation of long-lived radiowastes using fusion-fission hybrid reactors,afusion core design is presented and several possible conceptual blankets are studied,for,re-spectively,actinides transmutation and fission product transmutation.The results show thatactinides and fission products may be effectively transmuted using the presented hybrid reac-tors.
A tokamak fusion-fission hybrid reatcor is proposed as one of candidates for disposal of the long-lived actinides and fission product wastes and supply of future energy. Co assess the feasibility of transmutation of long-lived radiowastes using fusion-fission hybrid reactors, afusion core design is presented and several possible conceptual blankets are studied, for, re-spectively, actinides transmutation and fission product transmutation. The results show that actinides and fission products may be effectively transmuted using the presented hybrid reac-tors.