Abstract
A study was made of neutron irradiation at 110/sup 0/C producing octahedral voids in high purity nickel samples containing up to 84 wt ppm carbon. The kinetics of void size, formation, and density with increasing carbon content is discussed. It was found that the effect of carbon was mainly to suppress void nucleation, with little or no effect on void growth. Also a trapping mechanism is proposed. There are 64 references. (JFP)
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