Studies of uranium-sodium suspensions part 2 hydrodynamic, metallurgical and mechanical effects: general conclusions
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Date
1961-08
Authors
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Journal ISSN
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Publisher
Australian Atomic Energy Commission
Abstract
Hydrodynamic behaviour of a 0.76 atomic per cent, uranium in sodium suspension has been explored for velocities up to 8.3 ft/sec, and temperatures up to 625°C. The influence of velocity and temperature on suspension behaviour is described. Mechanical and metallurgical effects associated with circulation of the suspension in an austenitic stainless steel loop in contact with beryllium are listed. The behaviour of the suspension is explained in terms of hindered settling theory. A reactor loop metal illustration possible use of the uranium-sodium suspension as a reactor fuel/coolant is presented and recommendations for further work are given.
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Keywords
Uranium, Sodium, Mechanical properties, Hydrodynamics, Metallurgy
Citation
Bett, F. L., Hilditch, R. J., Mepham, R. G., & Gillepsie, P. A. (1961). Studies of uranium-sodium suspensions part 2 hydrodynamic, metallurgical and mechanical effects: general conclusions. (AAEC/E70). Lucas Heights, N.S.W.: Research Establishment, Australian Atomic Energy Commission.