By Paul Greebler, Ernest J. Henley

ISBN-10: 1483199584

ISBN-13: 9781483199580

ISBN-10: 1483224619

ISBN-13: 9781483224619

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76 in. 75 in. 45 cm). The center of the fuel element is an unfueled graphite spine. The fission products that diffuse out of the fuel compacts are swept by a helium purge flow inside the sleeve to the bottom reflector, where they pass over a relatively cool charcoal trap. The fission products that are not held up in the internal fission-product trap are then carried to an external trapping system. ). 8 ft) and a height of about 3 meters. With this geometry, the fission products cannot be purged from the fuel elements before reaching the primary coolant stream, so that fission-product control depends primarily on holdup of the fission products in the coated particles within the graphite spheres.

5 atm at temperatures between 400° and 700°C. Because of the small size and relatively large neutron leakage from the core, the neutron flux spectrum 13 energy region. The peak fast neutron flux in EBOR lay in the intermediate 1 peak fast neutron dose after was to be 6 χ 1 0 (above 1 MeV), and2the 10,000 hr operation was to be 2 χ 10 . The reactor would, therefore, have been a good test facility for examining the behavior of BeO under actual reactor operating conditions. IV. FUEL E L E M E N T D E S I G N S FOR G A S - C O O L E D REACTORS Modern steam turbines are designed to use steam in the temperature range of 1000° to 1100°F.

2) The maximum surface temperature of the cladding is limited to a nominal value of about 450°C by creep strength, oxidation, and graingrowth characteristics of the magnesium alloy cladding. (3) The maximum allowable fuel burnup in natural uranium appears to be limited to about 4000 to 5000 MW-d/tonne by swelling of the GAS-COOLED REACTOR TECHNOLOGY 25 uranium metal due to accumulation of fission-product gas bubbles. 5 to 1 %) Mo or " adjusted " uranium containing 600 ppm C, 350 ppm Fe, and 600 ppm Al has been of great benefit in raising the allowable burnup levels from 2000 to 4000 MW-d/ tonne.

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Advances in nuclear science and technology. / Volume 4 by Paul Greebler, Ernest J. Henley

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