Base Visit Book for Hawthorne Army Depot (2nd Visit) (open access)

Base Visit Book for Hawthorne Army Depot (2nd Visit)

Base Visit Book for Hawthorne Army Depot (2nd Visit)
Date: September 19, 2005
Creator: United States. Defense Base Closure and Realignment Commission.
Object Type: Book
System: The UNT Digital Library
Coalition Correspondence – Letter dtd 08/09/2005 to General Kirkland from Ronald Lynn (open access)

Coalition Correspondence – Letter dtd 08/09/2005 to General Kirkland from Ronald Lynn

Coalition Correspondence – Letter dtd 08/09/2005 to General Kirkland, Adjutant General of Nevada, from Ronald Lynn, Chair of the Nevada Earthquake Safety Council, requesting that the General communicate with the BRAC Commission the council’s sincere concerns regarding the reassignment of the C-130 aircraft currently assigned to the Nevada ANG.
Date: August 19, 2005
Creator: unknown
Object Type: Letter
System: The UNT Digital Library
Geophysical and Geologic Field Measurements for the U16a.04 Tunnel, Nevada Test Site, Nevada with a Discussion of Geophysical Measurements in Horizontal Holes (open access)

Geophysical and Geologic Field Measurements for the U16a.04 Tunnel, Nevada Test Site, Nevada with a Discussion of Geophysical Measurements in Horizontal Holes

This report summarizes the results of the U.S. Geological Survey geophysical and geological studies of the rock in the U16a.04 tunnel in the Nevada Test Site.
Date: December 19, 1967
Creator: Carroll, Roger D.; Ege, John R.; Cunningham, M. J.; Muller, D. C. & Way, R. J.
Object Type: Report
System: The UNT Digital Library
Attritioning of Temple Mountain Ore (open access)

Attritioning of Temple Mountain Ore

Abstract: The results of both dry and wet attritioning of Temple Mountain ore are presented. In order to obtain effective attritioning on this ore, the amphaltite must be removed before attritioning. With the asphaltite present, dry attritioning causes a build-up of asphaltite on the surface of sand grains, with consequent loss of uranium values. In wet attritioning, the asphaltite is not broken down or attritioned, because of its low specific gravity and resilience.
Date: June 19, 1953
Creator: Butler, J. N.; Stephens, R. W. & Ehrlinger, H. P., III
Object Type: Report
System: The UNT Digital Library