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Tritium

A Design Study of Advanced Hydrogen Isotope Separation System for ITER

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Pages 1078-1082 | Published online: 17 Jan 2018

References

  • M Glugla et al, The Tritium Fuel cycle of ITER-FEAT, submitted to Fusion Technol.
  • ITER Final Design Report, IAEA (1998).
  • H. Yoshida et al, Status of the ITER Tritium Plant Design, Fusion Engineering Design 39-40 (1998) 875–882.
  • Y. Iwai et al, Design Study of Feasible Water Detritation Systems for Fusion Reactor of ITER Scale, J. Nucl. Sci. and Technol., 33, 981 (1996).
  • M. Iseli, Private Communication (ITER JCT interoffice memorandum): Recalculation of Tritium Inventories and Permeation (June, 1999).
  • M. Kinoshita, An Efficiency Simulation Procedure Especially Developed For Hydrogen Isotope Distillation Columns, Fusion Technol., 6, 574–583 (1984).
  • Y. Iwai et al, JAERI-Tech 2000-02, Study on Cascade Configuration and Hydrogen Isotope Inventory of Cryogenic Distillation Columns for Isotope Separation System of the ITER Tritium Plant (1999) [in Japanese]
  • T. Yamanishi et al, “Experimental Apparatus for cryogenic Isotope Separation Process in the Tritium Process Labolatory”, Fusion Technol., 14, 495 (1988)
  • T. Yamanishi et al, Single Column and Two Column H-D-T Distillation Experiments at TSTA, Fusion Technol., 14, 489 (1988)
  • R. H. Sherman et al, Experimental Results from Hydrogen / Deuterium Distillation at the Tritium Systems Test Assembly, Fusion Technol., 6, 625–628 (1984)
  • Y. Iwai et al, A Design Study of Water Detritation and Hydrogen Isotope Separation Systems for ITER, to be published in Fusion Eng. and Des.

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