High burnup effects on fuel behaviour under accident conditions: the tests CABRI REP-Na
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Research context
OpenAlex topics: Nuclear Materials and Properties · Nuclear reactor physics and engineering · Nuclear and radioactivity studies
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References (9)
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1. D.R. Olander, RIA-related issues concerning fission gas in irradiated PWR fuel, Visiting Scientist Report, IPSN internal document, Cadarache, Rept. 04, 1997
2. J. Papin, M. Balourdet, F. Lemoine, F. Lamare, J.M. Frizonnet, F. Schmitz, French studies on high-burnup fuel transient behaviour under RIA conditions, in: Reactivity-Initiated Accidents (special issue) Nuclear Safety 37 (4) (1996)
3. S. Stelletta, N. Waeckel, Fuel failure risk assessment under rod ejection accident in PWRs using the RIA simulation tests dataBase. The French utility position, in: 1997 International Topical Meeting on LWR Fuel Performance, Portland–Oregon, 2–6 March 1997
4. D. Lespiaux, J. Noirot, P. Menut, Post test examinations of high burnup PWR fuel submitted to RIA transients in the cabri facility, in: 1997 International Topical Meeting on LWR Fuel Performance, Portland–Oregon, 2–6 March 1997
5. T. Fuketa, F. Nagase, K. Ishijima, T. Fujishiro, NSRR/RIA experiments with high-burnup fuels, in: Reactivity-Initiated Accidents (special issue), Nucl. Safety 37 (4) (1996)10.2172/269705 ↗
6. V. Asmolov, L. Yegorova, The Russian RIA research programme: motivation, definition, execution and results, in: Reactivity-Initiated Accidents (special issue), Nucl. Safety 37 (4) (1996)
7. R.O. Meyer, R.K. McCardell, H.M. Chung, D.J. Diamond, H.H. Scott, A regulatory assessment of test data for reactivity-initiated accidents, in: Reactivity-Initiated Accidents (special issue), Nucl. Safety 37 (4) (1996)
8. R.O. Montgomery, Y.R. Rashid, O. Ozer, R.L. Yang, Assessment of RIA simulation experiments on intermediate and high-burnup test rods, in: Reactivity-Initiated Accidents (special issue), Nucl. Safety 37 (4), 1996
9. Transient Behaviour of High-Burnup Fuel, Proceedings of the CSNI Specialist Meeting, Cadarache, France, 12–14 September 1995, NEA/CSNI/R(95)22 – OCDE/GD(96)197