Mineralogy of Uranium-Bearing Deposits in the Boulder Batholith, Montana: Final Report, July 1, 1952 to December 31, 1956 (open access)

Mineralogy of Uranium-Bearing Deposits in the Boulder Batholith, Montana: Final Report, July 1, 1952 to December 31, 1956

From introduction: This report describes the program of research on mineralogy and petrography of certain uraniferous vein deposits in the Boulder batholith of western Montana.
Date: October 23, 1957
Creator: Wright, Harold D.; Bieler, Barrie H.; Emerson, D. O. & Shulhof, W. P.
System: The UNT Digital Library
Drilling in the Flatirons Locality, Monument Valley, Arizona (open access)

Drilling in the Flatirons Locality, Monument Valley, Arizona

From introduction: A subsurface exploration program was undertaken to investigate the concentration of uranium and vanadium in or near the base of the Shinarump member of the Chinle formation in the Flatirons locality, and to develop criteria whereby adjacent unexplored areas could be evaluated as to potential production capacity from study of geological and mineralogical features at the host rook outcrop. An earlier study of the area by C. G. Evensen of the U. S. Atomic Energy Commission had shown that geological conditions favorable to the accumulation of commercial uranium deposits were present in the Flatirons area.
Date: August 23, 1957
Creator: Gray, Irving B.
System: The UNT Digital Library
Boron Isotope Enrichment: Pilot Plant Proposal for the Anisole - BF₃ System (open access)

Boron Isotope Enrichment: Pilot Plant Proposal for the Anisole - BF₃ System

From abstract: This proposal for a 6"D column plant is based on laboratory and pilot plant work done at Oak Ridge and at Model City.
Date: December 23, 1957
Creator: Hambrock, Kenneth O. & Miller, George T.
System: The UNT Digital Library
A Report on the Kinematics of High Energy Electron Scattering (open access)

A Report on the Kinematics of High Energy Electron Scattering

"A convenient summary is given of useful formulas on the kinematics of high energy electron scattering together with a derivation of the relevant formulas for transforming from the center of mass to the laboratory system such parameters as scattering cross sections. The formulas derived hold for any two- body collision: the approximation (m = 0) employed for the electron scattering calculations is rigorously true for the elastic scattering of photons."
Date: May 23, 1957
Creator: Bernstein, Jeremy
System: The UNT Digital Library