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Manufacturing method of storage cell, nuclear fuel storage rack, storage cell, and manufacturing method of nuclear fuel storage rack

机译:蓄电池的制造方法,核燃料贮存架,蓄电池以及核燃料贮存架的制造方法

摘要

PROBLEM TO BE SOLVED: To secure a cooling region for arranging cooling water between storage regions for inserting nuclear fuel. SOLUTION: A cell assembly 13 composed of a plurality of small cell assemblies 14 is included, and the small cell assembly 14 connects a pair of side plates 16A and 16B facing each other and a pair of side plates 16A and 16B facing each other. A storage having a plurality of partition plates 16C (16D, 16E) arranged in the above, and having a pair of side plates 16A, 16B and a plurality of partition plates 16C (16D, 16E) facing each other so that nuclear fuel can be inserted. A plurality of regions 15 are arranged side by side, and a first cooling region 17 through which cooling water can flow is formed between the storage regions 15, and the cell assembly 13 has side plates 16A and 16B in adjacent small cell assemblies 14. A plurality of small cell assemblies 14 are arranged side by side so as to face each other, and a second cooling region 18 through which cooling water can flow is formed between adjacent small cell assemblies 14. [Selection diagram] Fig. 4
机译:要解决的问题:确保冷却区域,以便在用于插入核燃料的存储区域之间安排冷却水。解决方案:包括由多个小电池组件14组成的电池组件13,并且小电池组件14连接一对彼此面对的侧板16A和16B以及一对彼此面对的侧板16A和16B。具有以上布置的多个分隔板16C(16D,16E)并且具有一对彼此相对的侧板16A,16B和多个分隔板16C(16D,16E)的存储器,从而可以将核燃料作为燃料。已插入。多个区域15并排布置,并且冷却水可以流过的第一冷却区域17形成在存储区域15之间,并且电池组件13在相邻的小电池组件14中具有侧板16A和16B。多个小电池组件14并排布置成彼此面对,并且在相邻的小电池组件14之间形成第二冷却区域18,冷却水可以流过该第二冷却区域18。

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