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Revised recommendations for the 100-K Area Project CG-775 raw water requirements
As a part of Project CG-775, 100-K Area Water Plant Expansion, the capacity of the 181-K river pump installations will be increased. Recommendations for the raw water requirements based on a reactor flow of 175,000 gpm were presented in document HW-55877. Since then a new fuel element has been developed for the K reactors, resulting in a lower reactor system curve. It is recommended that the design criteria for the 181-K river pumps be based on a total raw water flow of 213,000 gpm with spare pumping units and a maximum flow of 232,000 gpm for each plant.
Date:
June 22, 1959
Creator:
Fifer, N. F.
System:
The UNT Digital Library
Supplement A to PT IP-227-A: Irradiation of uranium swelling capsules (HAPO-221)
None
Date:
June 22, 1959
Creator:
Kratzer, W. K.
System:
The UNT Digital Library
190-C pump capacity
The purpose of this document is to update 190-C pump capacity information previous released in HW-52449{sup 1} and HW-58580{sup 2}. Improvements in motor cooling has resulted in raising the previous 3500 HP limit to 3660 HP{sup 3} thus increasing total pumping capacity.
Date:
June 22, 1959
Creator:
Watson, D. F.
System:
The UNT Digital Library
Internally Cooled Molten-Salt Reactors
The initial and long-term nuclear characteristics of two internally cooled heteroingeneous graphite-moderated two-region molten-salt reactors were studied. The reactors have doubling times of 22.5 and 27.5 years. Methods of decreasing the doubling times by removing the Pa/sup 233/ from the core and by increasing the specific power of the reactor are described. (auth)
Date:
June 22, 1959
Creator:
Lackey, M. E.
System:
The UNT Digital Library
Hexone Extraction-Coulometric Titration of Uranium
Samples containing 5 to 10 mg of uranium were extracted with hexone (methyl isobutyl ketone) and titrated coulometrically in sulfate media. Relative standard deviations of 0.43% for samples containing 5 mg and 0.56% for 10 mg were determined by precision studies. (auth)
Date:
June 22, 1959
Creator:
Blevins, E. L.
System:
The UNT Digital Library