Get Advances in nuclear science and technology. / Volume 4 PDF

By Paul Greebler, Ernest J. Henley

ISBN-10: 1483199584

ISBN-13: 9781483199580

ISBN-10: 1483224619

ISBN-13: 9781483224619

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The removal of the steel cladding would not only increase the maximum permissible outlet gas temperature but would also allow an increase in potential conversion ratio and in specific power rating for the fuel. If a diluent material, such as BeO or SiC, is used in the fuel, some increase in fuel enrichment might be required to compensate for the larger resonance absorption. The High-Temperature Gas-Cooled Reactor promises still further improvements in gas temperature, power density, fuel burnup lifetime, 3 22 3features 3 specific power rating, and conversion ratio.

They are suspended by flexible steel cables and are lifted from the core by control-drive drums and motors or, in the case of the concrete pressure vessels, above the reactor core but inside the vessel. The cable-driven rods depend on gravity for shutdown insertion, and, therefore, the clearance between the control rod GAS-COOLED REACTOR TECHNOLOGY 45 channel and the rod is normally quite large. Typically, the control rod diameter is about 2 in. 5 in. The EGCR and the Windscale AGR also use cable or chain-driven control rods.

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.

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

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