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Gonsior, Bernhard; Friedman, Irving; Lindenmayr, Georg (2011)
Publisher: Co-Action Publishing
Journal: Tellus A
Languages: English
Types: Article
Subjects:
Tritium and deuterium analysis were made on samples of atmospheric hydrogen collected in 1961. A positive correlation exists between tritium and deuterium. The heaviest samples yield a value of about +18% S.M.O.W. for atmospheric hydrogen. The deuterium concentration of the industrial hydrogen varies from ?18% to ?22%. The industrial hydrogen is partially ascribed to hydrogen from automobile exhaust gas. The corrected tritium concentration in atmospheric hydrogen continues to increase, doubling every two years. Several large tritium peaks are correlated with Soviet weapons tests.DOI: 10.1111/j.2153-3490.1966.tb00234.x
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    • BAINBRIDQAE.,E., SUESSH,. E., and FRIEDMAN,EHHALTD,., ISRAELG,., ROEHTERW,., and STICH, I., 1961, Isotopic composition of atmospheric W., 1963, Tritium and deuterium in atmospheric hydrogen and methane. Nature, 192, pp. 648-649. hydrogen. J. Geophysical Research, 88, pp. 3747- BEQEMANFN.,,1963, The tritium content of atmo- 3751.
    • spheric hydrogen and atmospheric methane. J . FALTINQVS., and HARTECPK., 1950, Der TritiumUeophysical Research, 68,pp. 3757-3758. gehalt der Atmosphiire. 2. fiir Naturforschung, BEQEMANFN.,, and FRIEDMANI.,, 1959, Tritium 68, p. 438.
    • and Deuterium content of atmospheric hydrogen. GONSIOBR.,, and FRIEDMAIN.,, 1962, Tritium und 2. fiir Naturforschung, 148,pp. 1024-1031. Deuterium im atmosphilrischen Wasserstoff. 2.
    • BISHOPK,. F., and TAYLORB,. T., 1960, Growth fiir Naturforschung, 178,pp. 1088-1091.
    • of the tritium content of atmospheric molecular MACHTA,L., LIST,R. J., and TELEQADAKS.,, 1962, hydrogen. Nature, 186, p. 26. A survey of radioactive fallout from nuclear EHHALTD,., 1965, Personal communication. tests. J. Geophysical Research, 67,pp. 1389-1400.
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