Matches in DBpedia 2014 for { <http://dbpedia.org/resource/High_Flux_Australian_Reactor> ?p ?o. }
Showing items 1 to 38 of
38
with 100 items per page.
- High_Flux_Australian_Reactor abstract "High Flux Australian Reactor (HIFAR) is Australia's first nuclear reactor. It was built at the Australian Atomic Energy Commission (later ANSTO) Research Establishment at Lucas Heights.Based on the DIDO reactor at Harwell in the UK, HIFAR was cooled and moderated by heavy water, and the fuel was enriched uranium. There was also a graphite neutron reflector surrounding the core. Like DIDO, its original purpose was nuclear materials testing, using its high neutron flux to give materials intended for use in nuclear power reactors their entire expected lifetime neutron exposure in a relatively short period.HIFAR was used for research, particularly neutron diffraction experiments, production of neutron transmutation doped (NTD) silicon, and for production of medical and industrial radioisotopes.HIFAR went critical at 11:15 pm local time on 26 January 1958, and was first run at full power of 10MW (thermal) in 1960. The initial fuel load was highly enriched uranium, but over the years the enrichment level of new fuel was steadily reduced, in line with international trends designed to reduce the danger of diversion of research reactor fuel for weapons programs. HIFAR completed conversion to low enriched uranium fuel (LEU) in 2006.Of the six DIDO class reactors built including DIDO itself, HIFAR was the last still in operation. Permanent decommissioning of HIFAR commenced on 30 January 2007 and it will be totally decommissioned by 2018.On 12 August 2006 OPAL, the 20MW replacement reactor located on an adjacent site, went critical. OPAL is served by the same complex of research, isotope production and remote handling laboratories. The two reactors ran in parallel for six months while OPAL was being tested. HIFAR was then permanently shut down and OPAL took over HIFAR's role of Australia's only operating nuclear reactor. Decommissioning of HIFAR is expected to take approximately ten years from shutdown.".
- High_Flux_Australian_Reactor wikiPageExternalLink ansto-whistleblower-denied-fairness.
- High_Flux_Australian_Reactor wikiPageExternalLink development_of_opal.
- High_Flux_Australian_Reactor wikiPageExternalLink hifarl.
- High_Flux_Australian_Reactor wikiPageExternalLink JSC%20Nuclear%20Waste%20Report.pdf.
- High_Flux_Australian_Reactor wikiPageID "1208429".
- High_Flux_Australian_Reactor wikiPageRevisionID "585802052".
- High_Flux_Australian_Reactor about "reactor shutdown timing".
- High_Flux_Australian_Reactor date "May 2012".
- High_Flux_Australian_Reactor hasPhotoCollection High_Flux_Australian_Reactor.
- High_Flux_Australian_Reactor lat "-34.051704".
- High_Flux_Australian_Reactor long "150.980607".
- High_Flux_Australian_Reactor subject Category:Heavy_water_reactors.
- High_Flux_Australian_Reactor subject Category:Neutron_facilities.
- High_Flux_Australian_Reactor subject Category:Nuclear_power_in_Australia.
- High_Flux_Australian_Reactor subject Category:Nuclear_research_centers.
- High_Flux_Australian_Reactor subject Category:Nuclear_research_reactors.
- High_Flux_Australian_Reactor subject Category:Science_and_technology_in_Australia.
- High_Flux_Australian_Reactor type Artifact100021939.
- High_Flux_Australian_Reactor type Device103183080.
- High_Flux_Australian_Reactor type ElectricalDevice103269401.
- High_Flux_Australian_Reactor type HeavyWaterReactors.
- High_Flux_Australian_Reactor type Instrumentality103575240.
- High_Flux_Australian_Reactor type NuclearResearchReactors.
- High_Flux_Australian_Reactor type Object100002684.
- High_Flux_Australian_Reactor type PhysicalEntity100001930.
- High_Flux_Australian_Reactor type Reactor104057846.
- High_Flux_Australian_Reactor type Whole100003553.
- High_Flux_Australian_Reactor comment "High Flux Australian Reactor (HIFAR) is Australia's first nuclear reactor. It was built at the Australian Atomic Energy Commission (later ANSTO) Research Establishment at Lucas Heights.Based on the DIDO reactor at Harwell in the UK, HIFAR was cooled and moderated by heavy water, and the fuel was enriched uranium. There was also a graphite neutron reflector surrounding the core.".
- High_Flux_Australian_Reactor label "High Flux Australian Reactor".
- High_Flux_Australian_Reactor label "Reactor australiano de alto flujo".
- High_Flux_Australian_Reactor sameAs Reactor_australiano_de_alto_flujo.
- High_Flux_Australian_Reactor sameAs m.04hcp3.
- High_Flux_Australian_Reactor sameAs Q5642030.
- High_Flux_Australian_Reactor sameAs Q5642030.
- High_Flux_Australian_Reactor sameAs High_Flux_Australian_Reactor.
- High_Flux_Australian_Reactor wasDerivedFrom High_Flux_Australian_Reactor?oldid=585802052.
- High_Flux_Australian_Reactor isPrimaryTopicOf High_Flux_Australian_Reactor.