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Радиационная  стойкость  пористого  углеродного  материала

机译:多孔碳材料的抗辐射性

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摘要

High porous (up to 84% porosity) carbon materialspecimens were irradiated with neutrons at 380- 400℃ withfluence of 1026 m-2 (E>0.18 MeV) in the side reflector cell ofthe nuclear reactor BOR-60. After irradiation the 25% volumeshrinkage of specimens was observed as well as five-foldincreasing its electric conductivity. The considerable changes ofsize and properties of porous carbon material under irradiationobstruct its use as thermal isolation for core of high temperaturegas-cooled nuclear reactor.
机译:在380-400℃下,用中子在核反应堆BOR-60的侧反射池中辐照1026 m-2(E> 0.18 MeV)的高多孔性(最高孔隙度为84%)的碳材料样品。辐照后,观察到样品体积收缩了25%,并且电导率增加了五倍。多孔碳材料在辐照下尺寸和性能的巨大变化阻碍了其作为高温气冷核反应堆堆芯的绝热材料。

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