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
Abstract
Rob R. Smith, C.B. Doe, R.O. Haroldsen, F.D. McGinnis, M. Novick
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.)
Key concepts: Plutonium, Cladding (metalworking), Radiochemistry, Materials science, Terminal (telecommunication), Nuclear engineering, Chemistry, Nuclear chemistry