magnox reactor造句

• The remaining Magnox reactors remained in public ownership as Magnox Electric.
• Chapelcross had four Magnox reactors capable of generating 60 MWe of power each.
• When Chaplecross was fully operational its four Magnox reactors produced 194 megawatts of electricity.
• The plutonium was apparently sourced from the military Magnox reactors at Calder Hall or Chapelcross.
• Chinon A1 used vertical fuel channels, as did the British Magnox reactors, and a steel pressure-vessel.
• The U . S . government fuel-grade plutonium, typical of that produced by low burn up magnox reactors.
• The radioactive isotope is a byproduct of the reprocessing of spent fuel from Britain's first generation of Magnox reactors.
• The splitting process created a separate company in 1996 called'Magnox Electric'to hold the older Magnox reactors, later combined with BNFL.
• In 1971, problems with corrosion of mild steel components in the first generation Magnox reactors gave the designers cause for concern.
• The Magnox reactors used natural uranium fuel ( in magnox alloy'cans') within a graphite core, and were cooled by carbon dioxide gas.
• Online refuelling equipment for Magnox reactors proved to be less reliable than the reactor systems, and retrospectively its use was regarded as a mistake.
• Additional plutonium production was provided by eight electricity generating Magnox reactors at Calder Hall and Chapelcross which started operating in 1956 and 1959 respectively.
• The graphite cores each weigh; 6, 156 vertical fuel channels contain over 49, 248 natural uranium magnox-clad fuel elements, hence the name magnox reactor.
• The main plant consisted of two 1, 010 MW ( thermal ) Magnox reactors, which were natural uranium, carbon dioxide gas cooled, graphite moderated units.
• The splitting process created a separate company in 1996 called'Magnox Electric'- which would hold a proportion of the old CEGB's nuclear stations, its older Magnox reactors.
• Cook was responsible for the four magnox reactors at Calder Hall, the four reactors under construction at Chapel Cross, and the uranium enrichment plant at Capenhurst.
• More recently, GCRs based on the declassified drawings of the early Magnox reactors have been constructed by North Korea at the Yongbyon Nuclear Scientific Research Center.
• But an economic review of Britain's entire Magnox reactor capability showed Chapelcross and another facility, Calder Hall at Sellafield in northern England, were making a loss.
• Like all Magnox reactors, Hinkley Point A was designed for on-load refuelling so that exhausted fuel elements could be replaced with fresh without shutting down the reactor.
• Sizewell A, a Magnox reactor built largely in the 1950s and 60s, is next door to Sizewell B, but is run by another company, British Nuclear Fuels.