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Program name | Package id | Status | Status date |
---|---|---|---|
IFPE/FUMEX-II/CASE27 | NEA-1720/01 | Arrived | 13-APR-2004 |
Machines used:
Package ID | Orig. computer | Test computer |
---|---|---|
NEA-1720/01 | Many Computers |
Seven idealised cases to illustrate the functional dependence of fission gas release (FGR) predictions.
(1) Temperature vs Bu for onset of FGR (draft available)
(2a) FGR for constant 15 kW/m to 100 MWd/kgU
(2b) FGR for 20 kW/m at BOL decreasing linearly to 10 kW/m at 100 MWd/kgU
(2c) FGR for more realistic power histories supplied by BNFL
(2d) FGR for idealized "real" histories supplied by FANP
(3a) CANDU-Effect of Power on Fission Gas Release
(3b) CANDU-Effect of Power Envelope on Fuel Performance
Mr. J.A. Turnbull, UK (fuel expert)
Mr. Glyn ROSSITER
British Nuclear Fuels plc (BNFL)
Building B709
Springfield,Salwick,Preston
Lancashire PR4 0XJ, U.K.
Dr Fritz SONTHEIMER
FRAMATOME-ANP GmbH
FGTM
Postfach 3220
Bunsenstrasse 43
D-91050 Erlangen, Germany
Mr. Mukesh TAYAL
Atomic Energy of Canada Limited, SP2F4
Sheridan Park Research Community
2251 Speakman Drive
Mississauga
Ontario L5K 1B2, Canada
Keywords: burnup, fission gas release, fuel behaviour.