Semiannual Report of the Atomic Energy CommissionU.S. Government Printing Office, 1959 - Nuclear energy |
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Page 19
... temperature drop through the primary loop heat exchanger , the necessity for an inter- mediate heat exchanger , the heavy shielding required over the pri- mary coolant loop equipment , and the high cost of the reactor pres- sure vessel ...
... temperature drop through the primary loop heat exchanger , the necessity for an inter- mediate heat exchanger , the heavy shielding required over the pri- mary coolant loop equipment , and the high cost of the reactor pres- sure vessel ...
Page 21
... temperature at the turbine throttle is essentially the same as the reactor outlet temperature . Initially , designers thought that boiling might introduce instabilities into the reactor's operations which would limit the power and ...
... temperature at the turbine throttle is essentially the same as the reactor outlet temperature . Initially , designers thought that boiling might introduce instabilities into the reactor's operations which would limit the power and ...
Page 22
... temperature at the turbine throttle is essentially the same as the reactor outlet temperature . Initially , designers thought that boiling might introduce instabilities into the reactor's operations which would limit the power and ...
... temperature at the turbine throttle is essentially the same as the reactor outlet temperature . Initially , designers thought that boiling might introduce instabilities into the reactor's operations which would limit the power and ...
Page 26
... temperatures at relatively low reactor pressures . Organic material does not cause corrosion problems and does not become highly radioactive in the reactor . These factors may contribute to a reduction in capital costs . A major ...
... temperatures at relatively low reactor pressures . Organic material does not cause corrosion problems and does not become highly radioactive in the reactor . These factors may contribute to a reduction in capital costs . A major ...
Page 27
... temperature , permitting manufacture of high quality steam without coolant pres- surization ; and it does not react with uranium . The disadvantages of liquid sodium coolant are its chemical reactivity with water and oxygen , and the ...
... temperature , permitting manufacture of high quality steam without coolant pres- surization ; and it does not react with uranium . The disadvantages of liquid sodium coolant are its chemical reactivity with water and oxygen , and the ...
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A/CONF Alamos Scientific amended applications Argonne National Laboratory Atomic Energy Commission boiling water reactor Calif Calutron Chairman chemical Chicago Commission's Committee Conference Construction permit issued contract contractor core Corp critical experiments devices Director Division effects Electric engineering equipment exhibit experimental facilities films fuel elements Geneva Graphite Hanford heat heavy water Idaho included industrial Institute International irradiation isotopes kilowatts Lemont License issued magnetic ment metal methods National Lab neutron North American Aviation nuclear power Ohio Operations Office oxide percent Photograph physics plant plasma plutonium pool-type research power reactor powerplant presented Pressurized water S5W propulsion radiation radioactive radioisotopes Reactor AEC Reactor Experiment reactor for export research and development research reactor Richland Semiannual Report shipment special nuclear material studies Submarine technical techniques Technology temperature Tenn Test Reactor thermal thermonuclear thorium tion U. S. Atomic Energy United Kingdom University uranium Washington