References
- J. PAQUETTE, D. F. TORGERSON, D. J. WREN, and J. C. WREN, “Volatility of Fission Products During Reactor Accidents,” J. Nucl. Mater., 130, 129 (1985); see also J. PAQUETTE and J. C. WREN, “The Formation of Organic Iodides Under Reactor Accident Conditions,” Proc. Symp. Chemical Phenomena Associated with Radioactivity Releases During Severe Nuclear Plant Accidents, Anaheim, California, September 9-12, 1986, CP0078X5P, U. S. Nuclear Regulatory Commission (1986); see also J. PAQUETTE and D. J. WREN, J. PAQUETTE, J. C. WREN, P. N. CLOUGH, and H. C. STARKIE, “A Review of Iodine Chemistry Under Severe Accident Conditions,” AECL-9089, Atomic Energy of Canada Limited (1987).
- “Radioiodine Removal in Nuclear Facilities, Methods and Techniques for Removal and Emergency Situations,” IAEA Tech. Rep. Ser. No. 201, International Atomic Energy Agency (1980).
- A. C. VIKIS, J. C. WREN, C. J. MOORE, and R. J. FLUKE, “Long-Term Desorption of 131I from KI-Impregnated Charcoals Loaded with CH3I Under Simulated Post-LOCA Conditions,” Proc. 18th Nuclear Airborne Waste Management and Air Cleaning Conf., Baltimore, Maryland, August 13-16, 1984, CONF-840813, p. 65, U. S. Department of Energy (1985).
- J. C. WREN and C. J. MOORE, “Long-Term Desorption of CH3I from a TEDA-Impregnated Charcoal Bed Under Post-LOCA Conditions,” Proc. 20th Nuclear Air Cleaning Conf., Boston, Massachusetts, August 22-25, 1988, CONF-880822, p. 1117, U. S. Department of Energy (1989).
- J. C. WREN, C. J. MOORE, A. C. VIKIS, and R. J. FLUKE, “A Study of the Performance of Charcoal Filters Under Post-LOCA Conditions,” Proc. 20th Nuclear Air Cleaning Conf., Boston, Massachusetts, August 22–25, 1988, CONF-880822, p. 786, U. S. Department of Energy (1989).
- J. C. WREN and C. J. MOORE, “The Effect of Weathering on Charcoal Filter Performance: I. The Adsorption and Desorption Behavior of Contaminants,” Nucl. Technol., 94, 242 (1991).
- J. C. WREN and C. J. MOORE, “The Effect of Weathering on Charcoal Filter Performance: II. The Effect of Contaminants on the CH3I Removal Efficiency of TEDA Charcoal,” Nucl. Technol., 94, 252 (1991).
- J. C. WREN, W. LONG, C. J. MOORE, and K. R. WEAVER, “Modeling the Removal and Retention of Radioiodine by TEDA-Impregnated Charcoal Under Reactor Accident Conditions,” Nucl. Technol., 125, 13 (1999).
- J. L. KOVACH, “The Evolution and Current State of Radioiodine Control,” Proc. 16th Nuclear Air Cleaning Conf., San Diego, California, October 20-23, 1980, CONF-801038, p. 417, U. S. Department of Energy (1981).
- “Standard Test Methods for Radioiodine Testing of Nuclear-Grade Gas-Phase Adsorbents,” D3803-79, The American Society for Testing and Materials (1980).
- V. R. DEITZ and C. H. BLACKLY, “The Effect of Exposure Times in the Prehumidification of Impregnated Charcoals,” Proc. 14th Air Cleaning Conf., Sun Valley, Idaho, August 2-4, 1976, CONF-760822, p. 836, Energy Research and Development Administration (1977).
- G. WOOD, “Desorption of TEDA from Impregnated Charcoals,” Proc. 16th Nuclear Air Cleaning Conf., San Diego, California, October 20-23, 1980, CONF-801038, p. 1407, U. S. Department of Energy (1981).