DOI: 10.53846/goediss-5556
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Einfluss von gelöstem Wasserstoff auf die Versetzungsbildung bei plastischer Verformung von Metallen

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(2 citation statements)
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“…Increased dislocation densities were observed for example in Pd cold-rolled in the presence of hydrogen, [49,50] or in Fe. [51] A decreased energy of dislocation formation has been observed by a reduced pop-in load during nanoindentation in H-loaded V by Deutges [52] or Tal-Gutelmacher et al [53], in a H-loaded ferritic alloy by Gaspard et al [54] or in deuterium plasma exposed W by Fang et al [55].…”
Section: Defect Energies Affected By Hydrogenmentioning
confidence: 96%
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“…Increased dislocation densities were observed for example in Pd cold-rolled in the presence of hydrogen, [49,50] or in Fe. [51] A decreased energy of dislocation formation has been observed by a reduced pop-in load during nanoindentation in H-loaded V by Deutges [52] or Tal-Gutelmacher et al [53], in a H-loaded ferritic alloy by Gaspard et al [54] or in deuterium plasma exposed W by Fang et al [55].…”
Section: Defect Energies Affected By Hydrogenmentioning
confidence: 96%
“…b) TEM micrograph of cold rolled Pd with reduction in thickness by 50 %, and c) charged with 0.005 H/Pd prior to rolling. The dislocation density is significantly increased (micrographs from Deutges, see also 43, 49, 52).…”
Section: Defect Energies Affected By Hydrogenmentioning
confidence: 99%