International Conference on Storage in Nuclear Fuel Cycle, 18-19 September 1996
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Bibliographic Information
International Conference on Storage in Nuclear Fuel Cycle, 18-19 September 1996
（IMechE conference transactions, 1996-7）
Published by Mechanical Engineering Publications for the Institution of Mechanical Engineers, 1996
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Storage in nuclear fuel cycle
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Includes bibliographies
Description and Table of Contents
Description
These conference transactions contain a selection of papers dealing with storage in nuclear fuel cycle. The subjects discussed include systems and strategy, storage systems, non-fuel storage, wet storage, storage technology and applications and licensing.
Table of Contents
- Systems and strategy: a review of systems available for the storage of spent PWR fuel, A.G. Leach
- a systematic approach to decision making for spent fuel management, L. Baillif, et al. Storage systems: the first US dual-purpose cask using NAC transportable storage technology, I.F. Stuart and V. Perez de Heredia
- the objectives and benefits of GEC Alsthom modular vault dry store technology for interim dry storage, C.C. Carter
- MACSTOR dry spent fuel storage system, F.E. Pare and P. Pattantyus
- spent nuclear fuel storage at a US utility, L.O. DelGeorge, et al
- ensuring safe storage of spent nuclear fuel from NPPs in Russia, Y.V. Kozlov
- the spent fuel storge facility at Dukovany and its initial operation, W. Botzem, et al
- bridging the gap - the interim storage solution, P.J. Roberts and R.A. Warren. Non-fuel storage: new intermediate level waste (ILW) recovery and packaging facilities for UKAEA Harwell, S. wall and D.B. Syme
- operational experience with storage of vitrified highly active waste at BNFL Sellafield, S.J. Wheatley
- packaging and storage of plutonium in BNFLs THORP complex, P.Parkes. Wet storage: the spent fuel pool re-racking option for Central and Eastern Europe, C.K. Anderson
- UK (BNFL) practices on wet fuel storge at Sellafield, B.J. Hands
- successful progress in the post operational clean out of the Magnox ponds and silos at Sellafield, J.W. Miller and E.J. Williamson. Storage technology: inter-relationship between design and end-of-life conditions of spent fuel and back end of fuel cycle requirements, M.Peehs, et al
- spent nuclear behaviour in long term dry storge, L. Stewart and M.A.M. Kinnon
- the Swedish spent fuel encapsulation facility - design features, T. Hedman and R. Acton
- evaluation on heat removal performance of Sumitomo vault storage system, E. Kashiwagi, et al
- heat removal characteristics of dry storage facilities for spent fuel - tests with reduced scale models, K. Sakamoto, et al
- maximum allowable temperatures of WWER-1000 spent fuel under dry storage conditions, I.M. Kadarmetov, et al. Applications and licensing: construction of an interim spent fuel store at the PAKS Nuclear Power Plant, B.Szabo
- the regulation of storage of radioactive materials in the UK, D.J. Mason and B.J. Delaney.
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