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Tritium self-sustainment, which will meet the fuel requirement of fusion reactor, is one of the key issues of fusion power development. The tritium breeding performances of various tritium-breeding materials are compared based on a series of neutronics calculations using three-dimensional Monte Carlo neutron-photon transport code MCNP/4C with the IAEA FENDL-2 data library. The effects of the dimensions of the tritium-breeding zone and the enrichment of 6Li on Tritium Breeding Ratio (TBR) are analyzed. The effects of Be as a neutron multiplier on TBR are also calculated.
Tritium self-sustainment, which will meet the fuel requirements of fusion reactor, is one of the key issues of fusion power development. The tritium breeding performances of various tritium-breeding materials are compared based on a series of neutronics calculations using three-dimensional Monte The effects of the dimensions of the tritium-breeding zone and the enrichment of 6 Lithium on Tritium Breeding Ratio (TBR) are described in Carlo neutron-photon transport code MCNP / 4C with the IAEA FENDL-2 data library. The effects of Be as a neutron multiplier on TBR are also calculated.