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Memorandum Listing the Areas in Colorado, Utah, Arizona and New Mexico that are Geologically Favorable for Developing Large Reserves of Vanadium Ore by Prospecting

Description: Introduction: Vanadium ore is being mined at many places in western Colorado, southeastern Utah, northeastern Arizona, and northwestern New Mexico (fig. 1). Eight mills in this region produced about 4,300,000 pounds of V2 05 in 1942, representing about 90 percent of the vanadium obtained from domestic sources. Although ore production has mostly exceeded mill capacity since 1937, production during the last half of 1942 averaged only about 19,000 tons or ore a month, whereas the capacity of these mills total about 22,000 tons a month. At the expected rate of ore production, ore stockpiles will be exhausted sometime in 1944, and these mills will then have excess capacity. With more intensive prospecting than now practiced, however, it is believed that sufficient reserves can be indicated to sustain capacity operation of these mills for several years. This memorandum is prepared to specify those areas that are considered most favorable from a geologic standpoint for developing large reserves of vanadium ore by prospecting. It is based on intensive studies by the Geological Survey since 1939 in most of the areas that produce vanadium ore.
Date: April 10, 1943
Creator: Fischer, R. P.
Partner: UNT Libraries Government Documents Department
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Report on Reserves and Production Situation of Vanadiferous and Related Ores in Colorado Plateau Region

Description: From introduction: The general distribution of known deposits of vanadium-bearing sandstone, which also contain some uranium and radium, is shown in figure 1 1/ and Exhibit A, plate 53. 2/ During 1939-41 the Geological Survey made detailed geological studies of these deposits in the Uravan district, Montrose County, Colorado, as well as preliminary examinations in other parts of the Colorado Plateau vanadium region. In 1942 detailed geological studies were made o the deposits in the Egnar-Slick Rock district, San Miguel Co., Colo.; 3/ the Carrizo Moungains district, Navajo Indian Reservation, Arizona and New Mexico; 4/ the Placerville district, San Miguel County, Colo. 5/ and the Monticello district, San Juan Co., Utah. 6/ Since May 3, 1943, the Gelogical Survey has guided the Bureau of Mines program of prospecting these deposits in parts of Colorado and Utah.
Date: October 10, 1943
Creator: Fischer, Richard P. & Stokes, William Lee
Partner: UNT Libraries Government Documents Department
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Uranium Hydride, a Review to January 1, 1944

Description: Abstract. A review of all work on uranium hydride published in the CC, CT, CN and CE reports to January 1, 1944, is presented. Some additional information not yet published has been included, so this report includes all data known from the above sources and at Ames to the above date. This report supersedes all previous report on uranium hydride coming out of the Ames laboratory.
Date: February 10, 1944
Creator: Newton, A. S.; Warf, J. C.; Johnson, O. & Nottorf, R.
Partner: UNT Libraries Government Documents Department
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The Crystal Structure of Ba3(PO4)2 and Sr3(PO4)2

Description: From introduction: "This article gives an account of the determination of the complete crystal structures of the normal orthophosphates of barium and strontium."
Date: April 10, 1945
Creator: Zachariasen, William H. (William Houlder), 1906-1979
Partner: UNT Libraries Government Documents Department
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The Coprecipitation of Thorium and Uranium Peroxides

Description: From abstract: "Experiments covering the coprecipitation of Thorium and Uranium peroxides are described on synthetic and actual 1300 cycle machine wash effluents."
Date: May 10, 1946
Creator: Oringer, Roy; Woodard, R. W. & Larson, C. E.
Partner: UNT Libraries Government Documents Department
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Reclamation of Contaminated Kinney and Diffusion Pump Oils and Removal of Uranium Therefrom

Description: Abstract: Test distillations were made with Kinney and diffusion pump oils under vacuum in order to determine accurately the temperature range over which satisfactory distillate may be collected. Also recommendations are made as to the most advisable type of heating equipment necessary to produce the required heat and maintain the desired temperature. In addition, several important refinements in the distillation equipment were checked for operational characteristics and for their efficiency in aiding the production of uranium-free distillates.
Date: March 10, 1947
Creator: Lee, J. E. Jr.; Aikin, L. M. & Susano, C. D.
Partner: UNT Libraries Government Documents Department
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Effects of Pile Radiation on Be Metal

Description: The following report examines a set of beryllium metal rods through pile radiation, taking measurements, and analyzing differences between irradiated and radiated rod samples.
Date: June 10, 1947
Creator: Siegel, Sidney
Partner: UNT Libraries Government Documents Department
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Research Progress Meeting June 10, 1948

Description: This summary of the research progress meeting on June 10, 1948 discusses the following topics: (1) 184-inch cyclotron (J. Vale); (2) Slow neutrons in the shielding of the 184-inch cyclotron (W. Benson); and (3) Fission of thorium with alpha particles (A. Newton).
Date: June 10, 1948
Creator: Wakerling, R. K. (Raymond Kornelious), 1914-
Partner: UNT Libraries Government Documents Department
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Progress Report: July 1949: Preparation of Ductile Zirconium

Description: Report discussing progress made by the National Research Corporation in developing preparation methods for ductile zirconium for the month of July, 1949.
Date: August 10, 1949
Creator: DiPietro, W. O.; Findlay, G. R. & Mellen, G. L.
Partner: UNT Libraries Government Documents Department
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Materials Testing Reactor Project : Reactor Building, Design Report No. 26

Description: The following report discusses the building design and development of the reactor building, Building 1105, for Argonne National Laboratory, that is meant to house the reactor.
Date: October 10, 1949
Creator: Guzik, R. F. & Link, L. E.
Partner: UNT Libraries Government Documents Department
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Preparation of Ductile Zirconium: Progress Report for September 1949

Description: Abstract: A report was submitted describing the apparatus which is proposed for further dissociation experiments and approval for necessary construction was requested. While awaiting approval, detailed designs were completed and some experimental work necessary for this design was carried out. The casting equipment was modified in accordance with experimental work for casting of zirconium. The apparatus was tested and it was found possible to form and withdraw and ingot of zirconium.
Date: October 10, 1949
Creator: DiPietro, W. O.; Findlay, G. R. & Stauffer, R. A.
Partner: UNT Libraries Government Documents Department
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Preparation of Ductile Zirconium: Progress Report for October 1949

Description: Report discussing progress made by the National Research Corporation in developing preparation of ductile zirconium for the month of October, 1949.
Date: November 10, 1949
Creator: DiPietro, W. O.; Findlay, G. R. & Stauffer, R. A.
Partner: UNT Libraries Government Documents Department
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Preparation of Ductile Zirconium: Progress Report for November 1949

Description: Report discussing the progress made on a research project for the preparation of ductile zirconium during November 1949.
Date: December 10, 1949
Creator: DiPietro, W. O.; Findlay, G. R. & Stauffer, R. A.
Partner: UNT Libraries Government Documents Department
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Preparation of Ductile Zirconium: Progress Report for December 1949

Description: Report discussing progress made by the National Research Corporation in developing preparation of ductile zirconium for the month of December, 1949.
Date: January 10, 1950
Creator: DiPietro, W. O.; Findlay, G. R. & Stauffer, R. A.
Partner: UNT Libraries Government Documents Department
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Production of Pi-Mesons in Lead by High Energy Proton Bombardment

Description: Our knowledge of the properties of mesons and their interactions with nuclei has come from two sources. Studies of cosmic ray phenomena provided the earliest information. The discovery that mesons may be produced artificially by bombardment of nuclei with radiations from high energy accelerators has, on the other hand, made it feasible to undertake a wide variety of investigations under more controlled conditions than is possible in cosmic ray experiments. In such experiments mesons have been produced by high-energy protons, alpha-particles and neutrons.
Date: January 10, 1950
Creator: Weissbluth, Mitchel
Partner: UNT Libraries Government Documents Department
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Preparation of Ductile Zirconium: Progress Report for January 1950

Description: Abstract: A new feeder chute on the continuous casting apparatus, and the use of outgassed zirconium chips resulted in a stable arc and quiet pool. Ingots up to 9 1/2 inches in length were made, and some correlation between tension on the ingot and the "necking" effect was determined. Conversions of zirconium iodide to zirconium in the arc dissociation apparatus ran from 41 to 48.2 percent with a maximum of 474 grams of metal produced in 4 hours.
Date: February 10, 1950
Creator: DiPietro, W. O.; Findlay, G. R. & Moore, J. H.
Partner: UNT Libraries Government Documents Department
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Preparation of Ductile Zirconium: Progress Report for February 1950

Description: Abstract: A tungsten tipped electrode has been used in the continuous casting arc furnace for a 25 minute period during which a 12 inch length of ingot was made. Thermocouple junctions within the mold wall have been improved to give mold zone temperature. A total of 10 iodide dissociation runs have been conducted using feed rates of .62-22.7 lbs ZrI₄ per hour with attendant conversion efficiencies of 97.7-16.4% and zirconium yields of 255-41.2 grams per hour. A curve expressing these data for an arbitrarily selected set of conditions is presented.
Date: March 10, 1950
Creator: DiPietro, W. O.; Findlay, G. R. & Moore, J. H.
Partner: UNT Libraries Government Documents Department
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Physical Properties of High Density Concrete

Description: The purpose of this report is to summarize the work done at KAPL on physical properties of high density concretes.
Date: April 10, 1950
Creator: Blinder, W.
Partner: UNT Libraries Government Documents Department
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Uranium Hydride : A Survey

Description: The following report discusses the results of a survey that was initiated to ascertain the availability of uranium hydride in tonnage quantities.
Date: April 10, 1950
Creator: Kitzes, A. S.
Partner: UNT Libraries Government Documents Department
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Conversion of UNH to UO3 : Terminal Report

Description: Feasibility of conversion of uranyl nitrate to uranium trioxide by the continuous addition of concentrated uranyl nitrate solution to hot, agitated UO3 powder.
Date: January 10, 1951
Creator: Maness, R. F. & Clagett, F.
Partner: UNT Libraries Government Documents Department
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Chemistry Division Quarterly Progress Report for Period Ending March 31, 1951

Description: Quarterly technical report including reports on chemistry of source, fissionable, and structural elements, nuclear chemistry, radio-organic chemistry, chemistry of separations processes, chemical physics, radiation chemistry, and instrumentation. [From Abstract]
Date: May 10, 1951
Creator: Lind, S. C.; Boyd, G. E. & Bredig, M. A.
Partner: UNT Libraries Government Documents Department
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Graphite Sample Boring from Process Channels : Final Report, Production Test 105-389-P

Description: The following report records a total of forty-nine graphite core samples that have been bored from process tube blocks in the Hanford piles with the intention to provide results to indicate that core boring is an entirely practical operation over bore scraping in obtaining powder samples.
Date: July 10, 1951
Creator: Cole, J. B.
Partner: UNT Libraries Government Documents Department
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A Solvent Extraction Method for Neptunium (237) Analysis

Description: Technical report describing a rapid and quantitative radiochemical method for the analysis of neptunium (237). This method is based on the extraction of neptunium (IV) with thenoyl-trifluoracetone in xylene. Neptunium (237) is separated free from other alpha emitters and from non-radioactive interferences, and the method may be readily adapted to remote control. [From Abstract]
Date: July 10, 1951
Creator: Moore, Fletcher L.
Partner: UNT Libraries Government Documents Department
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