Experiences with HIFAR as a mult-purpose research reactor over the last five years
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Australian Nuclear Association
Abstract
Operation of the I-LFAR reactor over the past five years has been characterised by significant change in several key areas. include: evolving and much more demanding review and regulatory processes; plant refurbishment and modification driven either by reactor and personnel safety issues, the age of the plant, regulatory requirements, or user needs; an upgrade of all of the documentation pertinent to the reactor's operation; development of an accredited quality system; and a significant increase in research and commercial activity. Finally, the period, being witness to a series of reviews of the reactor's future, provided a base of opinion and information to facilitate Government decisions on an ongoing research reactor capability for Australia.
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Physical copy held by ANSTO Library at DDC: 621.48/8
Keywords
HIFAR Reactor, Research reactors, Regulations, Reactor safety, Safety, Commercialization, Research programs, Government policies, Neutron beams, Fuel elements, DIDO Reactor, Non-proliferation treaty, Irradiation, Heavy water cooled reactors, Australian organizations, Neutron Activation Analysis, Seismic isolation, Emergency plans, Reviews
Citation
Malosh, G., Godfrey, R. (1995). Experiences with HIFAR as a mult-purpose research reactor over the last five years. Paper presented to ANA 95 'Nuclear Science & Engineering in Australia 1995", Lucas Heights, NSW, 30-31 October 1995. In ANA 95 : "Nuclear Science & Engineering in Australia, 1995", Lucas Heights, NSW, 30-31 October 1995 : Proceedings, (pp. 69-74). Canberra, ACT : Australian Nuclear Association.