![]() ![]() The mineral industry during 1920, vol 29. Moore RB (1921) Radium, uranium & vanadium. McGraw-Hill, New York, pp 622–623, 710–718įrame P (1998) The historical instrumentation collection. The mineral industry during 1919, vol 28. Keeney RM (1920) Radium, uranium & vanadium. The mineral industry during 1918, vol 27. Keeney RM (1919) Radium, uranium & vanadium. The mineral industry during 1917, vol 26. Keeney RM (1918) Radium, uranium & vanadium. The mineral industry during 1916, vol 25. Keeney RM (1917) Radium, uranium & vanadium. Viol CH, Cameron WH (eds) (1916) American radium society. ![]() Grigg ERN (1965) The trail of the invisible light. Rowland RE (1995) Radium in humans: a review of US studies. Radium 17(3):37–52Ĭommonwealth of Pennsylvania (2014) Pennsylvania Bureau of radiation protection decommissioning site summaries. Viol CH (1921) The story of Madame Curies gram of radium. University of New Brunswick Press, Lincoln Accessed 28 June 2014Īthearn R (1962) The Denver & Rio Grande Western Railroad. Hahne FJ (1989) Early uranium mining in the united states. Johns Hopkins, BaltimoreĬurran TFV (1911) Carnotite in paradox valley. University of Colorado Press, Boulderīadash L (1979) Radioactivity in America. Colo Sch Mines Q 82:1–77īruyn K (1955) Uranium country. Landa ER (1987) Buried treasure to buried waste-the rise and fall of the radium industry. Department of Interior, Bureau of Mines, Washington Govt. Kithil, KL, Davis JA (1917) Mining and concentrates of carnotite ore, bulletin 103. Heinz History Center (2013) Vanadium window. Lubenau JO, Mould RF (2008) The vanadium window. The Henry Ford (2014) Benson Ford research center. Galessio E (2014) Brief history of the railroads of Peru. Ingalls WR (ed) (1906–1910) The mineral industry its statistics, technology, and trade during 1905–1909, vol XIV–IIXX. World of today section, Pittsburgh, pp. 1–2 McGraw-Hill, New York, pp 836–839įleming R (1933, July 27) Steel girders from the roof of the earth: how vanadium came to Pittsburgh. The mineral industry, its statistics, technology, and trade during 1908, vol 17. Moore RB, Kithil KL (1913) A preliminary report on uranium, radium, and vanadium, Bulletin 70. Argonne National Laboratory, Chicago, pp 91–100 Miller AL (1968) Personal reminiscences of the early history of the radium extraction industry. American historical society, New York, pp 804–808įlannery JJ (1913) Book of prominent Pennsylvanians. History of Pittsburgh and environs, vol 3. Viol CH, Cameron WH (eds) (1920) A sketch of the life and work of Joseph Flannery. Lounsbury JE (1938) Famous Pittsburgh industries, the standard chemical co. Lubenau JO (2005) Standard chemical company, Marie Curie and Canonsburg. This process is experimental and the keywords may be updated as the learning algorithm improves. These keywords were added by machine and not by the authors. Flannery complained that his brothers became prominent citizens of Pittsburgh while he was stuck with the bodies (mortuary). PA, USA 13 miles southwest of Pittsburgh, for its manufacture and sale to the railroads. They formed the Flannery Bolt Company in Bridgeville, In 1904, the Flannerys obtained the patents on a stay bolt specifically designed for railroad locomotive fireboxes: the Tate flexible bolt. In 1911, it was renamed for the Marquis du Quesne (1700–1778), a former governor of New France (1534–1763) when Pittsburgh was Fort Duquesne. ![]() The Flannerys were lifelong supporters of the new Catholic University, founded in 1878. Joe (1867–1920) joined him after graduation from the Catholic College of the Holy Ghost. (1855–1920) opened a series of funeral parlors in 1874. Flannery were colorful and wildly successful Pittsburgh businessmen. ![]()
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