Hydrogen behaviour in electron-irradiated titanium alloys studied by positron annihilation method

2007

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DOI 10.1080/10420150601068376
Data confidence 70 medium
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Abstract

Measurements of angular distribution of annihilation photons are applied to investigations of hydrogen behavior in annealed, plastically deformed, and irradiated titanium alloys. It is shown that hydrogen interaction with materials becomes more intensive in presence of structural imperfections of deformational and radiation origin. Probable mechanisms of hydrogen interaction with deformational and radiation defects are discussed.