Metallurgy of molybdenum, niobium, and molybdenum-niobium alloys : a literature search /

"TID-3572."

The self-diffusion of Niobium.

Report year runs ends June 30.

High temperature oxidation and nitridation of niobium in ultrahigh vacuum : final report, covering the period July 1, 1963 to October 31, 1964 /

"Stanford Research Institute, Menlo Park, California."

Reaction of nitrogen with niobium /

Contract No. W-7405-eng-92 with the U.S. Atomic Energy Commission.

Electrolytic precipitation of uranium from ion exchange eluates /

"Date Declassified: September 23, 1955."

Electrolytic precipitation of uranium from carbonate leach liquors /

"Date Declassified: September 23, 1955."

Electrolytic recovery of manganese from barren leach liquors : topical report /

"Date Declassified: September 23, 1955."

Electrolytic reduction of commercial phosphoric acids /

"Date Declassified: September 23, 1955."

Electrolytic recovery of uranium and vanadium from climax leach liquors : topical report /

"Date Declassified: September 23, 1955."

Electrolytic precipitation of uranium from flowing ion exchange eluates : topical report /

"Date Declassified: September 23, 1955."

The electrolytic recovery of uranium and vanadium from carbon leach liquors by means of ion exchange membranes /

"Date Declassified: September 23, 1955."

Summary report on electrolytic membrane cell work at climax uranium company for period January 5, 1953 - February 12, 1953 /

"Date Declassified: September 23, 1955."

The electrolytic recovery of uranium from Vitro leach liquor by means of ion exchange membranes /

The investigation of the electrolytic precipitation of uranium from a sample of acid leach liquor in an ion exchange membrane cell has been conducted on leach liquor from the Vitro Co. This leach liquor can be treated by the above means to precipitate essentially all the uranium and simultaneously to produce additional acid which may be used for further leaching.

Electrolytic precipitation of uranium from Belgian Congo ion exchange resin eluates in a three compartment cell /

Electrolytic precipitation of uranium from ion-exchange resin eluates has been investigated in a three-compartment cell. A relatively low-energy consumption is required and anodic attack is reduced to a negligible quantity. During the precipitation, acid is produced in sufficient quantity for use as eluant for subsequent eluting operations. The recovered uranium is in the form of a rapid settling, fast filtering precipitate which is easily washed with water to reduce the chloride content to a tolerable concentration.

The electrolytic recovery of uranium and vanadium from carbonate leach liquors /

"Date Declassified: September 23, 1955."