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Chemical Research Section Progress Report for January 1950 (open access)

Chemical Research Section Progress Report for January 1950

The following documents are progress reports that follow chemical research studies in subjects such as ruthenium tetroxile distillations, extraction-scrub studies of zirconium and niobium, and oxidation of plutonium and stabilization of plutonium(VI) during extraction of IAF solutions.
Date: February 15, 1950
Creator: Albaugh, F. W.
System: The UNT Digital Library
Corrosion of Stellite in Redox Streams (open access)

Corrosion of Stellite in Redox Streams

The following report provides results from laboratory tests on the corrosion resistance of various types of stellite facings on astenitic stainless steel T-347 to Redox streams.
Date: May 15, 1950
Creator: Koenig, W. W.
System: The UNT Digital Library
Infrared Measurements on the System Hexone-Water-Uranyl Nitrate (open access)

Infrared Measurements on the System Hexone-Water-Uranyl Nitrate

The following report observes infrared measurements in the region of OH bands, the C2O band vicinity, the low frequency end of the spectrum, and the region of the UO2 band on the system hexone - water - uranyl nitrate.
Date: July 15, 1950
Creator: Burger, L. L. & Moore, R. H.
System: The UNT Digital Library
Apparent viscosity of neutralized and concentrated raw slurry : TBP HW-no. 4 and HW flowsheet (open access)

Apparent viscosity of neutralized and concentrated raw slurry : TBP HW-no. 4 and HW flowsheet

Report describing how the neutralized aqueous waste from the TBP Metal Recovery Process will be concentrated by evaporation to minimize the requirements for underground storage tank capacity.
Date: August 15, 1950
Creator: Allen, A. W. & Harmon, M. K.
System: The UNT Digital Library
Electroless Nickel Plating (open access)

Electroless Nickel Plating

Summary: "This investigation showed that a sound , weather-resistant coating can be applied to uranium that the surface to be plated is cleaned and etched properly. Using the proposed two-bath plating method at 80 C., a four-mil nickel coat can be deposited in thirteen hours."
Date: November 15, 1950
Creator: Groot, C. & Hopkins, H. H.
System: The UNT Digital Library