Abstract

Experimental data are presented on the effect of neutron irradiation (360–400°C, neutron fluence up to 3 × 1022 n/cm2 , reflector of a BOR-60 reactor) on the dimensions and properties of isotropic, fine-grained structural graphites. The shrinkage rate and irradiation-induced size changes are shown to depend on the original characteristics of graphite.

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