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TERMINAL REPORT FOR THE MARK IV (PLUTONIUM) LOADING IN EBR-I

Rob R. Smith, C.B. Doe, R.O. Haroldsen, F.D. McGinnis, M. Novick

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Abstract

equipment is described, and results are reported of some experimental tests. The discrimination against /sup 41/Ar was found to be satisfactory, and essentially all the water activity was due to /sup 88/Rb, /sup 89/Rb, and /sup 138/Cs. The background components were separated and compared, and the ratio of the normal Rb-- Cs activity to the other background components is 0.58. Results of a failure simulation experiment using unclad enriched U foils indicated that the failure of a Mark-IV fuel rod cladding would be detectable. (D.L.C.)

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equipment is described, and results are reported of some experimental tests. The discrimination against /sup 41/Ar was found to be satisfactory, and essentially all the water activity was due to /sup 88/Rb, /sup 89/Rb, and /sup 138/Cs. The background components were separated and compared, and the ratio of the normal Rb-- Cs activity to the other background components is 0.58. Results of a failure simulation experiment using unclad enriched U foils indicated that the failure of a Mark-IV fuel rod cladding would be detectable. (D.L.C.)

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Available abstract

equipment is described, and results are reported of some experimental tests. The discrimination against /sup 41/Ar was found to be satisfactory, and essentially all the water activity was due to /sup 88/Rb, /sup 89/Rb, and /sup 138/Cs. The background components were separated and compared, and the ratio of the normal Rb-- Cs activity to the other background components is 0.58. Results of a failure simulation experiment using unclad enriched U foils indicated that the failure of a Mark-IV fuel rod cladding would be detectable. (D.L.C.)

Key concepts: Plutonium, Cladding (metalworking), Radiochemistry, Materials science, Terminal (telecommunication), Nuclear engineering, Chemistry, Nuclear chemistry

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