BIBLIOGRAFIA
[1] S. Jitsukawa et al: Development of an estensive database of mechanical and physical properties of reduced-activation martensitic steel F82H, journal of Nuclear Materials 307-311 (2002) 170-186
[2] S. Har, T. Abe, M. Enoeda, H. Takatsu: Effects of hydrogen atmosphere on mechanical properties and surface conditions of a reduced activation ferritic steels F82H, journal of Nuclear Materials 258-263 (1998) 1280-1284
[3] P. Atkins, L. Jones: Principi di chimica, Zanichelli Giugno(2002) [4] EURATOM-CEA: Tore Supra Gennaio(2004)
[5] Embassy of France in Australia : Technologies 'France' no. 29, Novembre 1996 and Les Défis du CEA no. 47, Giugno 1996
[6] E. Serra, G. Benamati, O. V. Ogorodnikova: Hydrogen isotopes transport parameters in fusion reactor materials, , journal of Nuclear Materials 255 (1998) 105-115
[7] M. R. Fox, A. B. Hull, T. F. Kassner: Stress corrosion cracking of candidate structural materials in simulated first-wall aqueous coolant environments, fusion technologies 19 (1991) 1619-1628
[8] C. B. Ashmore and N. R. Large: Corrosion of low activation martensitic stainless steel developed for fusion reactor applications, AEA Technologies report AEA FUS 102 (1991) [9] J. Lapena, F. Blasquez: water corrosion of F82H-modified in simulated irradiation conditions by heat treatment, journal of nuclear materials 283-287 (2000) 1341-1345 [10] Roberto Renzetti: Reattori a fusione nucleare, www. fisicamente. net
[11] Yu. Jagodzinski, A. Tarasenko, S. Smuk, S. Tahtinen, H. Hanninen: Internal friction study of hydrogen behaviour in low activated martensitic F82H steel, journal of Nuclear Materials 275 (1999) 47-55
[12] N. Wanderka et al : Decomposition of the MANET steel under dual-beam irradiation, journal of nuclear materials 228 (1996) 77-82
[13] S. J. Zinkle, J. P. Robertson and R. L. Klueh: Thermophysical and Mechanical Properties for Fe-(8-9)%Cr reduced activation steels, Oak Ridge National Laboratory (1998)
[14] A. Marchetti: Appunti di proprietà meccaniche e tecnologiche di alti polimeri
[15] E. Daum, K. Ehrlich, M. Schirra: Proceedings of the second milestone meeting of European laboratories on the development of ferritic/martensitic steels for fusion technology, Karlsruhe, September 9-10, 1996.
[16] P. Jung: Hydrogen inventory and embrittlment in low activation steels, , journal of Nuclear Materials, 258-263 (1998) 124-129
[17] R. A. Oriani: A brief survey of useful information about hydrogen in metals [18] J. Crank: The mathematics of diffusion, second edition, Oxford
[19] A. Solina: Appunti dalle lezioni del corso di Scienze dei metalli
[20] Hans Jurgen Grabke, Ernst Riecke: Absorption and diffusion of hydrogen in steels, Materiali in Tehnologije 34(2000)331-342
[21] H. G. Lee, Yai-Young Lee: Hydrogen trapping By TiC particles in iron, Acta metallurgica, Vol. 32, 1(1984)131-136
[22] R. A. Oriani: The diffusion and trapping of hydrogen in steel, Acta Metallurgica, Vol.
18(1970)147-157
[23] W. Y. Choo, J. Y. Lee: Thermal analysis of trapped hydrogen in pure iron, Metallurgical Tranasactions, Vol. 13A(1982) 135-140
[24] A. Turnbull, R. B. Hutchings, D. H. Ferriss: Modelling of thermal deosrption of Hydrogen from metals, Materials Science and Engineering A238(1997)317-328
[25] R. A. Oriani: Hydrogen degradation of ferrous alloys, 254-261, 272-274
[26] P. Pedeferri: Corrosione e protezione dei materiali metallici, Clup, Luglio(1978)
[27] P. Brozzo, N. Vantini: Contributo allo studio della fragilizzazione da idrogeno degli acciai bonificati, la metallurgia Italiana, n°6(1969)237-245
[28] Yu. N. Dolinsky et al: Permeation of deuterium and tritium through the martensitic steel F82H, Journal of nuclear materials307-311(2002)1484-1487
[29] N. R. Quick, H. H. Johnson: Permeation and diffusion of hydrogen and deuterium in 310 Stainless steel, 472K to 779K, Metallurgical transactions, 10A, Gennaio(1979)67-70
[30] K. S: Forcey et al: Hydrogen transport and solubility in 316L and 1. 4914 steels for fusion reactor and applications, Journal of nuclear materials160(1988)117-124
[31] M. Beghini, G. Benamati, L. Bertini, I. Ricapito, R. Valentini: Effect of hydrogen on the ductility reduction of F82H martensitic steel after different heat treatments, journal of Nuclear Materials, (288): 1-6, Novembre 2000
[32] E. T. Turkdogan: Fundamentals of Steelmaking, the institute of materials 96-97, 1996