1 |
P.J. Ingham, G.R. McGee and V.S. Krishnan, 1990, LOCA assessment experiments in a full-elevation, CANDU-typical test facility, Nucl. Eng. Des., 122, 401-412
DOI
ScienceOn
|
2 |
V.H. Ransom, RELAP5/MOD3 Code Manuals, Vol. I-V, EG&G Idaho, June (1990)
|
3 |
J.P. Mallory, 1988, CATHENA Idealization of the RD-14 Test facility', RC-54-1, AECL
|
4 |
R.S.Swartz, et al, An RD-14M Experiment for the Intercomparison and Validation of Computer Codes for Thermal-hydraulic Safety Analyses of Heavy Water Reactors, RC-2491, June (2000)
|
5 |
R.S.Swartz, An RD-14M Experiment B9401 Data Set (CD ROM) AECL, June (2000)
|
6 |
B.N. Hanna and T.E. MacDonald, CATHENA Idealization Documentation of the RD-14 Test facility, Secondary Side Characterization Tests, RC-54-2, AECL, (1988)
|
7 |
B.N. Hanna, CATHENA MOD-3.2n, Theoretical Manual, THB-CD-002, AECL-WL, (1989)
|
8 |
CATHENA Validation Overview Report, AECL, Canada, RC-1244-9, (proprietary) April, (1995)
|
9 |
I.G.Kim and S. Lee, April 2000, RELAP5 Simulation of Thermal-Hydraulic Behavior in a CANDU Reactor Assessments of RD-14 Experiments, Nuclear Technology, 30, 18-26
|
10 |
B.D.Chung, et al, Development of Best Estimate Auditing Code for CANDU Thermal Hydraulic Safety Analysis, Korea Institute of Nuclear Safety, KINS/HR/293, March (2000)
|