[CITATION][C] The effect of dislocations on the hydride phase transition in the palladium/hydrogen system
TB Flanagan, JD Clewley, JF Lynch - Journal of the Less Common Metals, 1975 - Elsevier
It is well-known that interstitial atoms will segregate to regions of tensile stress within a metal
whether the stress is externally applied [11 or arises from sources within the metal [2]. It has
been shown recently that there is a significant solubility enhancement of hydrogen in the
region of primary solubility (a phase) in cold-worked palladium metal [3]. This was attributed
to the influence of the stress field arising from the dislocation array accompanying severe
cold-work. When a concentration of hydrogen in well-annealed palladium exceeds n= 0.020 …
whether the stress is externally applied [11 or arises from sources within the metal [2]. It has
been shown recently that there is a significant solubility enhancement of hydrogen in the
region of primary solubility (a phase) in cold-worked palladium metal [3]. This was attributed
to the influence of the stress field arising from the dislocation array accompanying severe
cold-work. When a concentration of hydrogen in well-annealed palladium exceeds n= 0.020 …