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Material Property and Tritium Control

Development of Oxide Layers on High-Temperature Alloys as Protection Against Hydrogen Permeation

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Pages 2379-2383 | Published online: 10 Aug 2017

REFERENCES

  • R.A. STREHLOW and H.C. SAVAGE, “The Permeation of Hydrogen Isotopes through Structural Metals at Low Pressures and through Metals with Oxide Film Barriers”, Nucl. Technology, 22, 127 (1974).
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  • H.D. ROEHRIG and R. HECKER, “In Situ Formation of Protective Oxide Scales as Measured by their Inhibiting Effect on the High Temperature Hydrogen Permeability of Heat Exchanger Materials”, Thin Solid Films, 45, 247 (1977)
  • “Überblick über die neueren Arbeiten auf dem Gebiet des Wasserstoff- und Tritiumverhaltens in Hochtemperaturreaktoren”, Jül-1497,Kernforschunqsanlage Jülich GmbH, IRE (1978)/ contributary volume by various authors.
  • “Permeation der Wasserstoffisotope durch metallische Werkstoffe bei hohen Temperaturen”, Jül-1747, Kernforschungsanlage Jülich GmbH, IRE (1981)/ contributary volume by various authors.
  • H.-G. ESSER, “DEUPERM, eine Anlage zur Messung von Festkörperdiffusion und -permeation für Wasserstoffisotope”, VakuumTechnik, 33, 226 (1984)
  • H. HUSCHKA, G. LUTHARDT and V.E. PORTSCHER, “Protective Layers on High-Temperature Alloys against Hydrogen Permeation”, Nucl. Technology, 66, 562 (1984).

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