Abstract
Ilford C-2 unloaded and C-2 boron loaded plates, subjected to temperature changes varying from −66°C to +66°C, were bombarded with 10-Mev neutrons. The recoil protons showed that the temperature change had caused an increase in grain density which varied as much as ⅓ from −66°C to +25°C. Although the C-2 boron loaded plates showed a greater initial grain density than the unloaded plates, the ⅓ increase was preserved.
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