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Preliminary Reconnaissance of the Dripping Spring Quartzite Formation in Gila and Pinal Counties, Arizona (open access)

Preliminary Reconnaissance of the Dripping Spring Quartzite Formation in Gila and Pinal Counties, Arizona

Abstract: A four-week reconnaissance of certain portions of the mountainous area in Gila and Pinal Counties, Arizona, was undertaken in March and April, 1953, to inspect accessible outcrops of Dripping Spring quartzite, a pre-Cambrian formation which has lately attracted the interest of the Atomic Energy Commission by the discovery of two separate occurrences of uranium mineralization. Although no new deposits were found during the field work, a more thorough examination of the quartzite seems warranted. Recommendations for further prospecting by airborne and ground methods are presented in this report, and are based largely on observations made during the brief visit.
Date: June 1953
Creator: Mead, W. E. & Wells, R. L.
System: The UNT Digital Library
Preliminary Report of Reconnaissance in the Cameron Area, Arizona (open access)

Preliminary Report of Reconnaissance in the Cameron Area, Arizona

Introduction: A radiometric airborne reconnaissance of the Cameron, Arizona, district was conducted in the late fall of 1952 and early winter of 1953. Flying was carried out under the direction of the Salt Lake Exploration Branch of the Atomic Energy Commission, Division of Raw Materials. Airborne equipment and ground personnel were provided through the Technical Services Branch of the Grand Junction Exploration Division.
Date: June 1953
Creator: Williams, Floyd J. & Barrett, Donald C.
System: The UNT Digital Library
Preliminary Report on Uranium-Bearing Deposits in Mohave County, Arizona (open access)

Preliminary Report on Uranium-Bearing Deposits in Mohave County, Arizona

Abstract: Preliminary studies of the Wallapai Mining District and selected properties in the Maynard and Greenwood Mining Districts, Mohave County, Arizona, from January 8 to March 8, 1953, were made to determine the extent of uranium mineralization. All of the uranium properties examined are of the vein type and are believed to be of mesothermal origin. Brecciation and porosity of the veins appear to be controlling factors in the concentration of uranium minerals from the ore-bearing solutions. Although the uranium minerals present in these districts have not been specifically identified, they appear to be mostly primary with very minor occurrences of secondary products. One exception is the State mine in the Greenwood District, where secondary minerals predominate.
Date: June 1953
Creator: Hart, Olin M. & Hetland, Donald L.
System: The UNT Digital Library
Airborne Reconaissance Survey of Northwestern Nevada (open access)

Airborne Reconaissance Survey of Northwestern Nevada

This document reports a preliminary airborne reconnaissance survey that was conducted in the mountain ranges of the northwest portion of Nevada.
Date: June 2, 1953
Creator: Horner, W. P. & Quaglin, L. R.
System: The UNT Digital Library
Preliminary reconnaissance of the Dripping Spring quartzite formation in Gila and Pinal counties, Arizona (open access)

Preliminary reconnaissance of the Dripping Spring quartzite formation in Gila and Pinal counties, Arizona

Discussing a reconnaissance examination of certain portions of the mountainous area in Gila and Pinal Counties, Arizona, undertaken to inspect accessible outcrops of Dripping Spring quartzite.
Date: June 1953
Creator: Mead, W. E. & Wells, R. L.
System: The UNT Digital Library
Petrographical Investigations of the Salt Wash Sediments : Progress Report (open access)

Petrographical Investigations of the Salt Wash Sediments : Progress Report

Record of the results of the petrographical investigations of the Salt Wash Sediments
Date: June 1953
Creator: Kahn, James Steven
System: The UNT Digital Library
Possibilities for uranium in Greece (open access)

Possibilities for uranium in Greece

Discussing evidence of the potential of uranium in Greece
Date: June 1953
Creator: Judd, Edward K. & DeSanctis, Helen E.
System: The UNT Digital Library