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Tritium Technology

The Importance of Metal Oxides on the Reaction Between Oxygen and Tritium on Stainless Steel

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Pages 1343-1348 | Published online: 10 Aug 2017

REFERENCES

  • P. A. Finn and E.H. Van Deventer, “Oxidation of Tritium Atoms at a Stainless Steel Surface,” Proc. Int. Symp. on Fusion Reactor Blanket and Fuel Cycle Technology, Tokal-mura, Japan, October 27–29, 1986, Univ. of Tokyo, p. 195–198 (1986).
  • P. A. Finn and E. H. Van Deventer, “Parameters Important in the Oxidation of Tritium at a Stainless Steel Surface,” Fusion Tech., to be published Nov. 1988.
  • P. A. Finn and E.H. Van Deventer, “Experimental Design to Study Tritium Oxidation as a Means of Tritium Control,” Fusion Tech. 8, 2438–2443 (1985).
  • Personal communication, K. Natesan, Argonne National Laboratory.
  • SOLGASMIX: G. Eriksson, Chemlca Scripta, 8 100 (1975) and T. M. Besmann, ORNL/TM-5775 (1977).
  • I. Olefjord, “Application of ESCA to Oxide Films Formed on Stainless Steels at Intermediate and High Temperatures,” Metal Sci. 9, 263–268 (1975).
  • C. R. Brundle, et al, “Core and Valence Photoemission Studies of Iron Oxide Surfaces and the Oxidation of Iron,” Surf. Sci., 68 459–468 (1977).
  • T. J. Vink, et al, “Reduction of Oxidized Fe(110) by Hydrogen,” J. Vac, Sci. Technol. A 5(4) 1028–1031 (1987).

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