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- W201231444 abstract "The paper considers critically the possibilities of applying fluidization tachniques to nuclear reactors. Puel investment considerations lead the authors to favor at present a reactor working with thermal' rather than fast' neutrons. While the neutron balance can be disturbed by changes in temperature and pressure, the most sensitive variable in a fluidized system will be the concentration of the moderator and fuel in the reactor volume. The large amount of heat accompanying nuclear fission brings limitations on the types of fluidization systems that are feasible. On considerations of heat removal, a number of systems worthy of further consideration can be postulated. A useful amount of heat can be extracted from a fluidized bed by simple gas cooling only if powders are used coarser than normal in industrial practice and if gas under pressure (~100 atm) is employed. The most favorable gases are considered. Pressurized and non-pressurized liquid systems are discussed, and a mixed phase' arrangement is described. (auth)" @default.
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- W201231444 date "1957-01-01" @default.
- W201231444 modified "2023-09-27" @default.
- W201231444 title "THE APPLICATION OF FLUIDIZATION TECHNIQUES TO NUCLEAR REACTORS" @default.
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