Albert Bruce Pruitt, R. L. Chaplin
Abstract
Radiation damage and annealing studies of copper samples have been performed for the near threshold energy region. A nonlinear behavior of the damage rate vs. irradiation fluence is found. This effect is related to damage which does not anneal below 300 K and is independent of subthreshold damage.
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Radiation damage and annealing studies of copper samples have been performed for the near threshold energy region. A nonlinear behavior of the damage rate vs. irradiation fluence is found. This effect is related to damage which does not anneal below 300 K and is independent of subthreshold damage.
Key concepts: Subthreshold conduction, Radiation damage, Fluence, Copper, Irradiation, Annealing (glass), Materials science, Radiation