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Experimental tokamak reactor concept design for fusion-fusion hybrid reactor and volumetric neutron source

Zengji Guo, Yu Wu, Lili Liu1995年Fusion Engineering and DesignIF 1.7出版社

AbstractThe paper presents the experiment tokamak reactor for developing a fusion-fusion hybrid reactor and volumetric neutron source (VNS). The machine main parameters are as follows: R = 3.6 m, a = 0.9 m, K = 2, B = 5.5 T and Ip = 5.3–7.0 MA. For the hybrid reactor experiment producing the nuclear fuel Pu, the operation will be a steady state with low Qp, where the neutron source N0 = 0.236 × 1020S−1, the plutonium yield GPu = 100 kg year−1, and the tritium breeding ratio T = 1.02. As a VNS, the reactor will be a multiple-testing experiment tokamak and has N0 = 1.4 × 1020S−1; the first-wall neutron load is 1.35 MW m−2, which is used to clarify the aims of hybrid reactor physics and engineering, to prove the high level waste transmutation by means of hybrid reactor and to test the nuclear components and materials, when the plasma operation is in the case of advanced parameters.

日本語訳

本論文は、核融合-核融合ハイブリッド炉および体積中性子源(VNS)を開発するための実験用トカマク炉を提示する。装置の主要パラメータは以下のとおりである:R = 3.6 m、a = 0.9 m、K = 2、B = 5.5 T、Ip = 5.3〜7.0 MA。核燃料Puを生成するハイブリッド炉実験では、低Qpでの定常運転となり、中性子源N0 = 0.236 × 1020S−1、プルトニウム生成量GPu = 100 kg/年、トリチウム増殖比T = 1.02である。VNSとして、本装置は複数試験用実験トカマクであり、N0 = 1.4 × 1020S−1を有し、第一壁中性子負荷は1.35 MW m−2である。これは、プラズマ運転が先進的パラメータの場合に、ハイブリッド炉の物理・工学の目的を解明し、ハイブリッド炉による高レベル廃棄物の核変換を実証し、原子炉構成要素と材料を試験するために用いられる。

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Neutron sourceHybrid reactor
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