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核変換を導入した燃料サイクルの多面的評価

Multi-faceted evaluation for nuclear fuel cycles with transmutation

西原 健司 

Nishihara, Kenji

高速増殖炉もしくは加速器駆動システムを用いた核変換を導入した核燃料サイクルの平衡期におけるマスフロー評価から、環境適合性、経済性、核拡散抵抗性を評価した。いずれの場合も高速増殖炉のみで核変換を実施するシナリオが、加速器駆動システムを組み合わせるシナリオよりも優れていたが、その差は小さいことを明らかにした。

Environment impact, economy and proliferation resistance were estimated for nuclear fuel cycles involving transmutation by fast reactor and accelerator-driven system in equilibrium state. As the result, the transmutation scenario using only fast reactor was superior to the scenarios combined with accelerator-driven system in all estimation, but the differences were insignificant.

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