U.S. Geological Survey Trace Elements and related reports through 1954
Harriet G. Brown Smith, Virginia K. Blatcher
1955, Trace Elements Investigations 500
This report supersedes TEI-400, "U.S. Geological Survey Trace Elements and related reports through 1953." Part I is a numerical list of U.S. Geological Survey Trace Elements Investigations and Memorandum reports. This part lists not only reports (followed by a date) that have been transmitted to the U.S> Atomic Energy Commission, but...
Uranium in the Upper Cambrian black shale of Sweden
Vincent Ellis McKelvey
1955, Trace Elements Investigations 495
The Peltura zone of the Upper Cambrian black shales of Sweden contains about 0.02 percent uranium. Maximum amounts are present in rocks deposited in an embayment in the sea and in rocks in or closely adjacent to that part of the vertical sequence that contains maximum amounts of distillable oil,...
Radioactivity and uranium content of some Cretaceous shales, central Great Plains
Harry A. Tourtelot
1955, Trace Elements Investigations 298
The Sharon Springs member of the Pierre shale of Cretaceous age, a hard black organic-rich shale similar to the Chattanooga shale, is radioactive throughout central and western South Dakota, most of Nebraska, northern Kansas, and northeastern Colorado. In the Missouri River valley, thin beds of the shale contain as much...
Uranium-bearing minerals in placer deposits of the Red River Valley, Elk City district, Idaho County, Idaho
F.C. Armstrong, P. L. Weis
1955, Trace Elements Investigations 562
Uranium-bearing multiple oxide minerals were first recognized in the jig-bed concentrate of !the Tyee Mining Company'ss gold dredge on the Red River about 10 miles south of Elk City. Idaho County, Idaho, in late 1951 or early 1952. The gravels of the placer deposits were derived from the Idaho batholith...
Geology of the Wood and East Calhoun mines, Central City District, Gilpin County, Colorado
Avery Ala Drake
1955, Trace Elements Investigations 175
The Wood-East Calhoun mine area is underlain by complexly folded Precambrian gneiss and pegmatite. The major fold in the area is an anticline that trends about N. 60° E. The Precambrian rocks are intruded by bostonite porphyry dikes of Tertiary age. All the rocks are cut by east- to northeast...
Reconnaissance for radioactive deposits in Alaska, 1953
John J. Matzko, Robert G. Bates
1955, Trace Elements Investigations 442
During the summer of 1953 the areas investigated for radioactive deposits in Alaska were on Nikolai Creek near Tyonek and on Likes Creek near Seward in south-central Alaska where carnotite-type minerals had been reported; in the headwaters of the Peace River in the eastern part of the Seward Peninsula and...
Geology and uranium deposits of the Caribou area, Boulder County, Colorado
F. B. Moore, W.S. Cavender, E.P. Kaiser
1954, Trace Elements Investigations 228
Pitchblende was discovered in the Caribou mine, Boulder County. Colo., in 1948 by Consolidated Caribou Silver Mines, incorporated during the reopening of the 1040-level. Since 1948, a small quantity of pitchblende has been produced from the Radium vein during exploratory work that was done under contract with the Atomic Energy...
Preliminary report on the Rimini area, Jefferson City quadrangle, Jefferson County and Lewis and Clark County, Montana
George Earle Becraft, D. M. Pinckney, Sam Rosenblum
1954, Trace Elements Investigations 469
No abstract available....
Results of core drilling for uranium-bearing lignite, Mendenhall area, Harding County, South Dakota
James R. Gill
1954, Trace Elements Investigations 456
Core drilling for data on uranium-bearing lignite in the Mendenhall area, Harding County, S. Dak. , was conducted by the U. S. Bureau of Mines during the period October 1952 to July 1953. Forty-two core holes totaling 9, 683 feet drilled in an area of about six square miles indicate...
Exploration for uranium deposits in the Atkinson Mesa area, Montrose County, Colorado
Daniel Allen Brew
1954, Trace Elements Investigations 290
The U.S. Geological Survey explored the Atkinson Mesa area for uranium- and vanadium-bearing deposits from July 2, 1951, to June 18, 1953, with 397 diamond-drill holes that totaled 261,251 feet. Sedimentary rocks of Mesozoic age are exposed in the Atkinson Mesa area. They are: the Brushy Basin member of the...
Uranium-bearing lignite and its relation to the White River and Arikaree formations in northwestern South Dakota and adjacent states
N.M. Denson, G.O. Bachman, H. D. Zeller
1954, Trace Elements Investigations 467
In northwestern South Dakota and adjacent areas uranium-bearing lignite beds occur at many horizons in the Hell Creek formation of late Cretaceous age and the overlying Ludlow, Tongue River, and Sentinel Butte members of the Fort Union formation of Paleocene age. Uranium analyses of 275 surface and auger samples and...
Uranium deposits in Fall River County, South Dakota
Henry Bell III, W.E. Bales
1954, Trace Elements Investigations 297
In 1951 uranium deposits contained carnotite were discovered in the southern Black Hills near Edgemont, Fall River County, S. Dak. Numerous carnotite deposits have since been found in sandstones in the Inyan Kara group of early Cretaceous age, and uranium-bearing material has been discovered in the Pennsylvania Minnelusa sandstone of...
Abernathyite, a new uranium mineral of the metatorbernite group
M.E. Thompson, Blanche Ingram, E.B. Gross
1954, Trace Elements Investigations 454
Age of the Boulder batholith and other batholiths of western Montana
Randolph W. Chapman, David Gottfried, Claude L. Waring
1954, Trace Elements Investigations 420
Methods of botanical prospecting for uranium deposits on the Colorado Plateau
Helen Leighton Cannon
1954, Trace Elements Investigations 422
The occurrence and properties of metatyuyamunite Ca(UO2)2(VO4)2.3-5 H2O
T. W. Stern, L. R. Stieff, M.N. Girhard, Robert Meyrowitz
1954, Trace Elements Investigations 457
Bastnaesite, an accessory mineral in the Redstone granite, Westerly, Rhode Island
William Lee Smith, Evelyn A. Cisney
1954, Trace Elements Investigations 465
Geologic investigations of radioactive deposits--Semiannual progress report, June 1 to November 30, 1954
Water Resources Division, U.S. Geological Survey
1954, Trace Elements Investigations 490
Reconnaissance for radioactive deposits in the Hyder district, southeastern Alaska, 1949
Walter S. West, Paul D. Benson
1954, Trace Elements Investigations 73
Radioactivity reconnaissance during 1949 in the Hyder district, southeastern Alaska, revealed that radioactive material is widely distributed on the Mountain View property. However, no uranium deposits of commercial value were found in the restricted parts of the district covered by this investigation. Anomalous radioactivity was detected at a number of localities...
Lithofacies of the Salt Wash member of the Morrison formation
Thomas E. Mullens, Val L. Freeman
1954, Trace Elements Investigations 341
Theoretical effect of diffusion on isotopic abundance ratios in rocks and associated fluids
F. E. Senftle, J. T. Bracken
1954, Trace Elements Investigations 418
Age determination of zircon crystals from Ceylon
David Gottfried, F. E. Senftle, C. Waring
1954, Trace Elements Investigations 459
Radioactive coal and shale of Pennsylvanian and Permian age in northern West Virginia
Elmer Davisson Patterson
1954, Trace Elements Investigations 494
Rabbittite, a new uranyl carbonate from Utah
Mary E. Thompson, Alice D. Weeks, Alexander M. Sherwood
1954, Trace Elements Investigations 405
Is carbon dioxide an ore-forming fluid under shallow earth conditions?
Robert Minard Garrels, Donald H. Richter
1954, Trace Elements Investigations 472