Abstract
Bulk and plasma-sprayed aluminum samples were bombarded with 10 keV D3+ to a standard fluence of 1018 atoms cm-2 at implant temperatures of 100–400 °C. Gas re-emission, thermal desorption and D(3He,α)H measurements were conducted. The results indicate that the saturation deuterium trapping level was about 1016-1017 atoms cm-2 and was primarily confined to about the first 0.2 μm depth. Trapping of about 1016 atoms cm-2 was still observed after anneals to 530 °C.
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