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TIME INTERVAL MEASURING DEVICE FOR VERY HIGH PRECISIONS
None
Date:
January 18, 1954
Creator:
Gross, J.E.
System:
The UNT Digital Library
The Performance of Contactors for Liquid-Liquid Extraction. Progress Report No. 4. The Flooding Capacity of a Pulse Column on the Benzene-Water System
None
Date:
April 18, 1954
Creator:
Pike, F. P.; Erickson, E. E.; Nelli, J. R. & Hunter, J. S.
System:
The UNT Digital Library
QUARTERLY SUMMARY RESEARCH REPORT IN METALLURGY FOR JULY, AUGUST, SEPTEMBER 1953
None
Date:
February 18, 1954
Creator:
unknown
System:
The UNT Digital Library
SOLUBILITY OF CARBON IN THORIUM
None
Date:
February 18, 1954
Creator:
Mickelson, R. & Peterson, D.
System:
The UNT Digital Library
REACTIVITY COEFFICIENT MEASUREMENT OF BUCKLING
None
Date:
March 18, 1954
Creator:
Downes, K W & Kouts, H J
System:
The UNT Digital Library
Bismuth Phosphate process under 215 MWD program
In the Bismuth Phosphate process, 100 tons of 215 MWD uranium can be processed each month using the present equipment. The activation of equipment in spare cells, contemplated process improvements, and transfer piping changes could increase the capacity of the process by about 20%. As the program is inaugurated, dissolver and extraction sections will control productive capacity of the process and first efforts will be directed toward increasing the efficiency and flexibility of operations in these sections so that the full capacity of subsequent sections in the process can be realized. Primarily the Bismuth Phosphate process capacity limitations are based on the amount of plutonium which can be allowed in each batch or run; however, the physical capacities of the equipment to dissolve uranium and handle the resulting dissolver solutions become more limiting in the extraction step as the MWD of the uranium is lowered. When processing 215 MWD uranium, the maximum efficiencies in dissolving and extracting plutonium from the uranium metal solution will not allow the subsequent plutonium processing sections to realize their full productive capacity. To bring all portions of the process into better capacity balance, an investigation has been made of the capacity problems in the Bismuth …
Date:
March 18, 1954
Creator:
Browne, W. G. & Beaulieu, O. F.
System:
The UNT Digital Library
The application of some ion exchange theories to the adsorption of trace elements
None
Date:
August 18, 1954
Creator:
Gile, H.S.
System:
The UNT Digital Library