Published: 1989-10-05

Articles

Operating Fuel Technology Program (OFTP)

P.T. Truant

2-14

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Korean Experience in Fuel Performance and Burnup Extension

Ju-Taek Kim

15-25

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Indian Programme for PHWR Fuel Production

K. Balaramamoorthy, G.V.S.R.K. Somayajulu, N. Swaminathan, T.S. Krishnan, R. Rajendran, B.P. Verma

26-33

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Advances in CANDU Fuel Manufacturing in Argentina 1986-1989

R.L. Olezza

34-40

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The Manufacture, Quality Control and Performance of KANUPP Fuel

M. Ikram Butt

41

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Advanced Fuel Cycles for CANDU Reactors: The R&D Program and the Technologies Required to Support Them

E.O. Moeck, J. Griffiths, A.O. Lane, R.T. Jones

65-83

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Hydrogen Content in As -Manufactured Fuel Elements

G. Valli, L. Castaldelli, R. Sejnoha, P.J. Richinson

84-89

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Assuring the Completeness of Closure Welds in Cirene Fuel Elements

R. Sejnoha, L. Magnoli

90-98

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Effects of Texture and Microstructure on the Mechanical Properties of Heat-Treated Zircaloy-4

In-Sup Kim, Jong-Sung Yoo

99-107

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Sol Gel Microsphere Pelletisation of UO2 and UO2-PuO2 Pellets of PHWR Fuel Specifications Using Internal Gelation Process

C. Ganguly, U. Basak, V.N. Vaidya, D.D. Sood, P.R. Roy

108-124

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DASA - A Software System for Evaluating Quality of Fuel Production

A. Capriccioli, R. Sejnoha, G. Valli

125-131

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Preparation and Characterization of SIMFUEL: Simulated CANDO High-Burnup Nuclear Fuel

P.G. Lucuta, B.J. Palmer, H.J. Matzke, D.S. Hartwig

132-147

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Performance of End Cap Welds in 37-Element CANDU Fuel

R. Sejnoha, C.K. Chow, B.A. Surette, M. Tayal, M.R. Floyd

148-157

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A Model to Describe Defected Fuel Behaviour for the ELESIM Fuel Performance Code

B.J. Lewis, F.C. Iglesias, E. Gheorghiu, D.S. Cox

158-171

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Fission Gas Mobility in UO2 Simulating a Burnup of 30 MWd/kg U

R.A. Verrall, H.J. Matzke, I.J. Hastings, I.L.F. Ray, D.H. Rose

172-186

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Behaviour of CANDU Fuel During a High-Temperature Transient

P. Mani Mathew, Dewi G. Evans

187-199

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Nuclear Commissioning of the NRU Blowdown Test Facility

L.W. Dickson, R.D. MacDonald, A.R. Yamazaki, D.D. Semeniuk, R.J. Zanatta, J.A. Walsworth

200-209

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Simulation of the Dissolution Kinetics of Zr02 by Molten Zircaloy-4 Between 2000 and 2400 degrees C

Aida N. Wilhelm, Eduardo A. Garcia

210-221

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The Advanced CANFLEX Fuel Bundle - Development Status

A. Lane, I.J. Hastings

222-226

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Ontario Hydro High Burnup Power Reactor Fuel Performance

A.J. Hains, J. Novak

227-269

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Post Irradiation Examination of Fuels of Madras Atomic Power Station

K.C. Sahoo, K.S. Sivaramakrishnan, C. Ganguly

270-281

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Performance of the WNRE Shielded SEM

R. Behnke, L.C. Brown, A.K. Mcllwain

282-291

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Upgraded Fuels and Materials Hot Cell Facilities at the Chalk River Nuc l ea r Labora to r ies

M.H. Schankula, R.J. Chenier

292-301

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A Coordinated Research Programme for the Ver i fication of Spent Fuel Without Movement

R. Arlt, A. Iqbal, I. Kodeli, L. Lakosi, M. Najzer, M. Sametband, T. Sutej

302-311

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Update on the Canadian Experimental Program to Evaluate Used-Fuel Integrity Under Dry-Storage Conditions

K.M. Wasywich

312-321

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X-Ray Photoelectron Spectroscopy on Used CANDU U02 Fuel Exposed to Warm Moist -Air Conditions

W.H. Hocking, A.F. Gerwing, K.M. Wasywich, C.R. Frost

322-336

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Radiochemical Analysis of CANDU Used Fuel Stored in Concrete Canisters in Moist Air at 150 degrees C

J.D. Chen, A.H. Kerr, E.A. Hildebrandt, E.L. Bialas, H.G. Delaney, K.M. Wasywich, C.R. Frost

337-351

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An Instant-Release Source Term For The Assessment of Used Nuclear Fuel Disposal

N.C. Garisto, L.H. Johnson, W.H. Hocking

352-368

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Application of Fuel-In-Air Modelling For Various Fuel Handling Scenarios

P. Sermer

369-388

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The Large Scale U-233 Thoria Reactor Physics Experiment at Chalk River Nuclear Laboratories

T.J. Carter, R.T. Jones

389-397

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ThO2-Based Fuels For PHWRs - Fabrication Characterization and Test Irradiation'

C. Ganguly

398-412

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The Integrity of CANDU Fuel at Extended Burnups

M. Tayal, A. Ranger, P. Singh, I.J. Hastings, A.J. Hains, Y. Kinoshita

413-428

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Axial Shuffling Fuel -Management Schemes for 1.2% SEU in CANDU

M.H. Younis, P.G. Boczar

429-438

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The Transition From Natural Uranium to 1 . 2% SEU in a CANDU with Repositioned Reactivity Devices

P.G. Boczar, N.B.Y. Cheng, J.W. Thompson

439-459

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