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Impurity Control

Fusion Surface Material Melting, Ablation and Ejection Under High Heat LoadingFootnote*

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Pages 782-788 | Published online: 10 Aug 2017

REFERENCES

  • A. M. HASSANEIN, G. L. KULCINSKI, W. G. WOLFER, “Surface Melting and Evaporation During Plasma Disruptions in Magnetic Fusion Reactors,” University of Wisconsin Report, UWFDM-494, September, 1982.
  • J. G. GILLIGAN, D. HAHN, “The Magnetic Vapor Shield (MVS) Mechanism for Protection of High Heat Flux Components in High Field Tokamaks,” Presented at the Seventh Plasma Surface Interaction Conference, Princeton, NJ, May 1986; to appear in Journal of Nuclear Materials.
  • M. R. HOLLIDAY, Master of Science Thesis, North Carolina State University, “Analysis of Surface Material Ablation and Melting in a Fusion Device Using the Heat Balance Integral Technique,” March,1986.
  • B. J. MERRILL, S. C. JARDIN, “A Comprehensive Tokamak Resistive Disruption Model for Vacuum Vessel Components,” to be published in Nuclear Engineering and Design Fusion, 1986.
  • M. N. OZISIK, Heat Conduction, John Wiley & Son, Inc., New York, 1980. Chpt. 9, Approximate Analytical Methods, pp. 335–396.
  • B. J. MERRILL, S. C. JARDIN, “Consequences of Resistive Disruptions on Vacuum Vessel Components,” INEL, Paper No. EGG-M-12486, 1986.
  • A L. LAGANELLI, T. P. HARPER, R. P. FOGAROLI, Integral Solution for Thermal Performance of a Charring Ablator,” Paper No. 74–698 at the AIAA/ASME Thermophysics and Heat Transfer Conference, Boston, MA, July 15–17, 1974.
  • T. C. CHAWLA, D. L. GRAFF, R. C. BORG, G. L. BORDNER, D. P. WEBER and D. MILLER, “Thermophysical Properties of Mixed Oxide Fuel and Stainless Steel Type 316 for Use in Transition Phase Analysis,” Argonne National Laboratory, 1981.

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