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Progress Report on Nonaqueous Extractive Methods for Western Uranium Ores
The following progress report is part of a series of reports on the study of nonaqueous extractive methods for western uranium ores. This report continues studies on HCl-methanol leaching of Western ores, primarily on Temple Mountain ores.
Date:
July 15, 1953
Creator:
Ewing, R. A.; Pobereskin, M.; Kiehl, S. J.; Foley, D. D.; Filbert, Robert B.; Kimball, R. B. et al.
System:
The UNT Digital Library
Health Physics Monthly Information Report. June 1-30, 1953.
None
Date:
July 15, 1953
Creator:
Bradley, J. E.
System:
The UNT Digital Library
DESIGN AND CONSTRUCTION OF NEEDLE THERMOCOUPLES
None
Date:
July 15, 1953
Creator:
Rauch, W.G.
System:
The UNT Digital Library
Problems of Refining Uraniferous Residues. Progress Report No. 26 for June 1953
None
Date:
July 15, 1953
Creator:
Fleck, H. & Summers, J. E.
System:
The UNT Digital Library
Process Development Quarterly Report. Part I
Progress is preserted on studies of the Waxco process, new raw materials, high (NH/sub 4/)/sub 2/Csub 2/O/sub 4/ insoluble in MCW UF/su b 4/, recovery of HF and U from MgF/sub 2/ bomb slag, study of U metal with respect to metal quality, C contamination in cast U, vacuum fusion 0 determination, pyroelectric con centration methods for improving B sensitivity, grinding sample preparations for spectrographic analysis, and determination of N in U metal. (For preceding report see NYO-1353). (M.C.G.)
Date:
July 15, 1953
Creator:
Ruehle, A. E. & Shepardson, J. U.
System:
The UNT Digital Library
Effect of irradiation upon interdiffusion of stainless steel and uranium. Final Report of Program 6.1.4.
None
Date:
July 15, 1953
Creator:
Weil, R. & Paine, S. H.
System:
The UNT Digital Library
Production of Xe135 for Laboratory Purposes. Irradiation of Uranium Hydroxide: Final Report on Production Test 305-15-P
The construction and operation of a fission gas generator, containing about 25 grams of uranium in the form of a powder with a high specific surface, are described in detail. The purpose of the work discussed in this report was to examine the feasibility of producing, separating, and assaying samples of Xe135 in preparation for a proposed measurement of the neutron cross section of this isotope. Krypton and xenon are separated by selective adsorption on charcoal at reduced temperature while iodine is removed by charcoal sorption at room temperature.
Date:
July 15, 1953
Creator:
Culvahouse, J. W.; Finnigan, J. W.; Lefevre, H. W. & Peterson, R. E. (Russell Edwin), 1927-
System:
The UNT Digital Library