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实验混合堆工程概要设计,FEB-E的主要目标是演示混合堆的工程可行性和作为聚变堆的材料考验装置。FEB-E设计的聚变功率为150MW,平均中子壁负载为0.5MW·m~(-2),第一壁及结构材料为316不锈钢,用氦气冷却。设计假定,第一壁和包层结构材料的辐照时间为5Y,偏滤器为2Y,其它的部件为20Y。FEB-E的运行为连续运行方式,而不是脉冲运行。
Experimental Hybrid Reactor Overview Design The main objective of the FEB-E is to demonstrate the engineering feasibility of a hybrid reactor and to serve as a material testing device for a fusion reactor. The fusion power designed by FEB-E is 150MW, the average neutron wall load is 0.5MW · m -2, the first wall and the structural material are 316 stainless steel, cooled with helium. The design assumes that the irradiation time for the first wall and cladding structure material is 5Y, the divertor is 2Y, and the other components are 20Y. The FEB-E operates in continuous operation instead of pulsed operation.