References
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- D. R. COLEMAN and E. T. LAATS, “FRAP-T3 : A Computer Code for the Transient Analysis of Oxide Fuel Rods, Model Assessment Report,” NUREG/CR-0555, TREE-1320, U.S. Nuclear Regulatory Commission (Feb. 1979).
- G. LYSELL and G. VALLI, “Overpower Ramp Tests on CIRENE Prototype Fuel Pins,” presented at British Nuclear Energy Society Conf. (1973).
- N. HANSEN, “RISO Power Ramp Experience,” presented at Fourth Water Reactor Safety Research Information Mtg., Washington, D.C., September 27–30, 1976.
- H. MOGARD, S. AAS, and S. JUNKRANS, “Power Increases and Fuel Defection,” Proc. Fourth Int. Conf. Peaceful Uses At. Energy, 10, 273, United Nations, New York (1971).
- E. ROLSTAD and K. SVANHOLM, “Overpower-to-Failure Experiment on a High Burnup Fuel Rod,” presented at British Nuclear Energy Society Conf. (1973).
- “Fourteenth Annual Report,” OECD Halden Reactor Project (1973).
- S. DJURLE, G. LYSELL, and H. MOGARD, “Some Irradiation Studies of Fuel/Clad Interaction and Clad Cracking,” Proc. Fourth Int. Conf. Peaceful Uses At. Energy, 10, 289, United Nations, New York (1971).
- S. DJURLE and H. TAYLOR, “Post-Irradiation Evaluation of the Third Swedish Fuel Assembly, IFA-21, Irradiated in the Halden Boiling Water Reactor,” HPR-114, Halden Reactor Project (1969).
- P. KNUDSEN et al., “Power Ramp Test with a PWR Fuel Pin,” Atomwirtschaft, p. 514 (Oct. 1975).
- P. KNUDSEN et al., “Overpower Testing of UO2-Zr Fuel Pins at 20,000 and 35,000 MWd/t,” Atomwirtschaft, p. 140 (Mar. 1974).
- R. D. MacDONALD, “Re-Irradiation of High Burnup Fuel Element at Increased Heat Rating,” AECL-2277, Atomic Energy of Canada Limited (July 1965).
- J. H. DAVIES et al., “Irradiation Tests to Characterize PCI Failure Mechanism,” NEDO-21551, General Electric Company (Feb. 1977).