Results of 1952-1953 sampling of Chattanooga shale in Tennessee and adjacent states
Vernon Emanuel Swanson, Thomas M. Kehn
1955, Trace Elements Investigations 366
Map of the Colorado Plateau showing deposits and groups of deposits that produced 1,000 tons or more of uranium-vanadium ore through Dec. 31, 1953
Randall Thorton Chew III
1955, Trace Elements Investigations 344
No abstract available....
Stratigraphy of the Morrison formation in part of northwestern New Mexico
Val L. Freeman, L.S. Hilpert
1955, Trace Elements Investigations 319
On the air-scattering of gamma rays from thick uranium sources
Arthur Y. Sakakura
1955, Trace Elements Investigations 595
Semiquantative interpretation of data from airborne radioactivity surveying requires detailed knowledge of air-scattered gamma-ray intensity at considerable air distances from natural, thick uranium sources. Based on the concept of an elementary source of infinite thickness rather than on the classical point source, semi-empirical expressions, are developed for measured gamma-radiation intensities from . the...
Reconnaissance for radioactive deposits in southeastern Alaska, 1952
Joseph Rollins Houston, Robert S. Velikanje, Robert G. Bates, Helmuth Wedow Jr.
1955, Trace Elements Investigations 293
Reconnaissance examination of the uranium deposits northeast of Winston, Broadwater County, Montana
George E. Becraft
1955, Trace Elements Memorandum 917
Anomalous radioactivity and a yellow secondary uranium mineral tentatively identified as carnotite have been found in Tertiary sedimentary rocks about 3 miles northeast of Winston, Mont. The uranium is in tuffs and tuffaceous shales and particularly in beds rich in organic matter. Carnotite(?) was identified from three localities, principally coating...
A reconnaissance for uranium in parts of New Mexico and Colorado, 1954
Elmer H. Blatz Jr.
1955, Trace Elements Memorandum 929
Preliminary experiments on the reduction of the uranyl ion to uraninite by carbonaceous substances
Irving A. Breger, Richard T. Moore
1955, Trace Elements Memorandum 942
An aqueous solution of uranyl sulfate containing a suspension of subbituminous coal has been heated at 210 C for three days. Examination of the coal at the end of the experiment showed it to contain 31.8 percent uranium recognizable as uraninite by a sharp, strong X-ray diffraction pattern. A similar...
Uranium deposits of the northern part of the Boulder Batholith, Montana
George E. Becraft
1955, Trace Elements Memorandum 944
Uranium minerals and radioactivity anomalies occur in many silver-lead veins and chalcedony veins and vein zones in the Boulder batholith of southwestern Montanao Pitchblende has been identified in a few silver-lead veins. These veins occupy shear zones along which there is no evidence of large-scale lateral displacement. The wall rock...
Uranium-bearing water in the Crow Creek and Muskrat Creek areas, Fremont County, Wyoming
John F. Murphy
1955, Trace Elements Memorandum 489
Geology of the Thomas Range fluorite district, Juab County, Utah
Mortimer Hay Staatz, Frank W. Osterwald
1955, Trace Elements Investigations 252
Preliminary geologic map of Juanita Arch quadrangle, Colorado
E.M. Shoemaker
1955, Miscellaneous Field Studies Map 28
No abstract available....
Zinc and lead deposits of the Sinsinawa River area, Grant County, Wisconsin
John W. Allingham, Arthur E. Flint, Allen F. Agnew
1955, Miscellaneous Field Studies Map 40
A broad geologic study of the structure and ore deposits of the Wisconsin-Illinois-Iowa zinc-lead district (fig. 1) was begun by the U.S. Geological Survey in 1942. The main object of the present program is to delineate the areas favorable to future exploration for zinc-lead ore deposits. As part of the...
Geology and zinc-lead deposits in the Durango area, Dubuque County, Iowa
Arthur E. Flint, C. Erwin Brown
1955, Miscellaneous Field Studies Map 33
Geologic investigations were begun in Iowa to appraise; (1) the possible occurrence of zinc ore in strata that elsewhere in the Upper Mississippi Valley zinc-lead district have been the principal sites of zinc concentration; and (2) lead ore of the type known as "crevice deposits," which were mined so extensively...
Preliminary geological map of the Naturita NW quadrangle, Colorado
Fred W. Cater Jr.
1955, Miscellaneous Field Studies Map 30
No abstract available....
Pine Mountain quadrangle, Colorado
F.W. Cater Jr.
1955, Miscellaneous Field Studies Map 20
Anderson Mesa quadrangle, Colorado
Fred W. Cater Jr.
1955, Miscellaneous Field Studies Map 25
No abstract available....
Preliminary geologic map of the Calamity Mesa quadrangle, Colorado
Fred W. Cater Jr.
1955, Miscellaneous Field Studies Map 32
No abstract available....
Davis Mesa quadrangle, Colorado
F.W. Cater Jr., E. J. McKay
1955, Miscellaneous Field Studies Map 31
Preliminary Geologic Map of the Egnar quadrangle, Colorado
Fred W. Cater Jr.
1955, Miscellaneous Field Studies Map 26
No abstract available....
Map showing distribution and occurrences of uranium deposits in part of the Edgemont mining district, Fall River County, South Dakota
W. A. Braddock
1955, Miscellaneous Field Studies Map 39
No abstract available....
Preliminary geologic map of the Uravan quadrangle, Colorado
Fred W. Cater Jr., E. J. McKay
1955, Miscellaneous Field Studies Map 24
No abstract available....
Geology and zinc-lead deposits in the Couler Valley area, Dubuque County, Iowa
C. Erwin Brown, L.G. Collins, Percy Crosby
1955, Miscellaneous Field Studies Map 42
Geologic investigations were begun in the Iowa portion of the Wisconsin-Illinois-Iowa zinc-lead district to appraise its potentialities: (1) for zinc ore in strata that elsewhere in the mining district contain large zinc ore bodies and (2) for lead and zinc deposits of the type that were mined extensively in Dubuque...
Hamm Canyon quadrangle, Colorado
F.W. Cater Jr.
1955, Miscellaneous Field Studies Map 21
Geologic map of the Triangle A pegmatite, Custer County, South Dakota
A.J. Lang Jr.
1955, Miscellaneous Field Studies Map 44
The Triangle A pegmatite is 4 miles southeast of Custer in the SW 1/4, sec. 34, T. 3 S., R. 5 E., Custer County, S. Dak. It may be reached from Custer by a gravel road 2.4 miles long that leaves U.S. Highway 16A at a point 3.2 miles east...