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计算了球形均匀D 3He先进燃料靶惯性约束聚变(ICF)的燃耗和增益。讨论了这种堆系统的能量平衡。设计了一种新型的由毛细管阵列组成具有抗辐射损伤、可自动更新的液态金属锂自由表面多孔湿壁,用它取出聚变能。同时与D T热核燃料靶系统的燃耗和增益及它们不同的堆工程特性作了比较。
The fuel consumption and gain of the spherical homogeneous D 3He inertial confinement fusion (ICF) fuel cell were calculated. The energy balance of this stack system is discussed. A new type of liquid metal lithium free-surface porous wet-wall composed of capillary array with anti-radiation damage and self-renewal was designed and used to remove the fusion energy. Compared with the burnup and gain of D T thermal nuclear fuel target systems and their different reactor engineering properties.