REFERENCES
- P. FERNANDEZ, A. M. LANCHA, J. LAPENA, M. HERNANDEZ, “Metallurgical Characterisation of the Reduced Activation Ferritic/Martensitic Steel Eurofer’97” Fusion Eng. Des., 58-59, 787 (2001).
- M. GARCIA-MAZARIO and A.M. LANCHA, Report DFN/ME-12/IE-02, SPIRE-CIEMAT (2002).
- M. F. MADAY, “Comparison of the Low Cycle Fatigue Behaviour of F82H and Eurofer’97”, Fusion Eng. Des., 61-62, 665, (2002).
- M. F. MADAY et al, “Tensile Properties of Conventional and doped 9Cr Steels under Hydrogen Charging”, SPIRE Contract FIKW-CT-2000-0058, deliverable 36 (2004)
- D.R. MCINTYRE in “Hydrogen Embrittlement Prevention and Control”, ASTM STP 962, L. RAYMOND Ed., American Society for Testing and Materials, Philadelphia, 178 (1988).
- J.P. HIRTH, “Effect of Hydrogen on the Properties of Iron and Steel”, Metall. Trans., 11A 861 (1980).
- J.R. SCULLY et al, Metall. Trans., 22A, 2429 (1991).
- H.K. BIRNBAUM et al, Proceedings of the Second International Conference on Corrosion-Deformation Interactions, T. MAGNIN Ed., Nice, France, The Institute of Materials, 172 (1997).
- M.K. BIRNBAUM “Environmentally-Induced Cracking of Metals”, NACE 10, R.P. GANGLOFF and B. IVES Eds., Houston TX, 21 (1988).
- W.W. GERBERICH and A.G. WRIGHT “Environmentally Degradation of Engineering Materials in Hydrogen”, M.R. LOUTHAN and R.D. SISSON Eds., Blacksburg, 183 (1981).
- E. LUNARSKA “Hydrogen Degradation of Ferrous Alloys”, R. ORIANI and J.P. HIRTH Eds., Noyes, Park Ridge, 321 (1985)
- H.K. BIRNBAUM “Hydrogen Effects on Metals Behaviour”, N.R. MOODY and A.W. THOMPSON Eds., TSM, Warrendale, PA, 639 (1988)