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D.Gas/Metal Reaction

Relationship of H2O and CH4 Supply Rates in HTGR Helium to the Carburization of Hastelloy-X and Alloy 800H

Pages 392-403 | Published online: 13 May 2017

References

  • A. V. DEAN, “The Corrosion Resistance of Modified Commercial Alloys,” KFA-IRW-1B-24/78, Kernforchungsanlage, Jülich (Oct. 1978).
  • F. J. HOMAN and P. R. KASTEN, “High Temperature Gas-Cooled Reactor Technology Development Program Annual Progress Report for Period Ending December 31, 1980,” ORNL-5753, p. 172, Oak Ridge National Laboratory (Aug. 1981).
  • A. V. DEAN, “An Assessment of the Effect of Specimen Position on the Carburization of a Range of Experimental Alloys in ‘PNP’-Helium,” KFA-IRW-IB-14/81, Kernforschungsanlage, Jülich (Aug. 1981).
  • D. F. LUPTON, “Mechanisms of Surface Scale Formation in HTR Helium,” Jül-1639, 1SSN0366-0885, Kernforschungsanlage, Jülich (Jan. 1980).
  • G. Y. LAI and W. R. JOHNSON, “Carburization of Austenitic Alloys by Gaseous Impurities in Helium,” GA-A15790, General Atomic (Mar. 1980).
  • D. F. LUPTON, “The Carburization Kinetics of Hastelloy X in Simulated HTR Environments at 871 and 900°C (A Preliminary Study),” KFA-IRW-1B-21/78, Kernforschungsanlage, Jülich (Jan. 1979).
  • F. J. HOMAN and P. R. KASTEN, “High Temperature Gas-Cooled Reactor Base Technology Program Annual Progress Report for Period Ending December 31, 1979,” ORNL-5643, p. 204, Oak Ridge National Laboratory (July 1980).
  • H. INOUYE and P. L. RITTENHOUSE, “Relationship Between Carburization and Zero-Applied-Stress Creep Dilation in Alloy 800H and Hastelloy X,” Proc. IAEA Specialists’ Mtg. High Temperature Metallic Materials for Application in Gas-Cooled Reactors, Vienna, May 4–6, International Atomic Energy Agency (1981).

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