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Обогащение урана - Беккер Е.

Беккер Е. Обогащение урана — М.: Энергоатомиздат, 1983. — 320 c.
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1.3 T.Aochi, R.Nakane, S.Takahashi: “Research and Economic Evaluation on Uranium Enrichment by Gaseous Diffusion Prccess in Japan”; IAEA Paper CN 36/552, Intern. Conf. Nuclear Power and its Fuel Cycle, Slazburg (1977)
1.4 R. A.Langley, Jr., A.J.O’Donnell: “Technical and Economic Aspects of New Gaseous Diffusion Uranium Enrichment Capacity”; IAEA Paper CN36/452, Intern. Conf. Nuclear Power and its Fuel Cycle, Salzburg (1977)
1.5 G.Perona: “Impianto per la Separazione Isotopica mediante Diffusione Gassosa”; Politecnico di Milano (1959)
1.6 C.Frejacques, M. Gelee, D.Massignon, P.Plurien: “Evolution des precedes de separation des isotopes de l’uranium en France’’; IAEA Paper CN 36/257, Intern. Conf. Nuclear Power and its Fuel Cycle, Salzburg (1977)
1.7 G. Rouvillois, M. Mezin: Sciences et Techniques 52, 8 (1978)
1.8 A.J. A.Roux, Wil.Grant: “Uranium Enrichment in South Africa”, in Proc. European Nuci. Conf., Paris, April 1975 (Pergaroon Press, London 1975) p. 167
1.9 A.J.A.Roux, W.L.Grant, R.A.Barbour, R.S.Loubser, j.J.Wanner.burg: “Development and Progress of the South African Enrichment Project’’; IAEA Paper CN 36/300, Intern. Conf. Nuclear Power and its Fuel Cycle, Salzburg (1977)
1.10 A. S. Krass: Science t%, 721 (1977)
1.11 C.Frejacques, J.H.Coates, J.M.Lerat, P.Plurien: “French Chemical Exchange Process”, in Intern. Conf. on Uranium Enrichment, New Orleans (1978)
1.12 C.J.Hardy: “Recent Experimental and Assessment Studies of Uranium Enrichment by Ion Exchange”, in Proc. Intern. Conf. on Uranium Isotope Separation, London (1975)
Глава 2
2.1 К.Cohen: The Theory of Isotope Separation as Applied to the Large-Scale Production of U235, National Nuclear Energy Series, Division III, Vol.IB (McGraw-Hill, New York 1951)
2.2 M.Benedict, T.H.Pigford. Nuclear Chemical Engineering (McGraw-Hill, New York 1957; Chap. 10
2.3 H. London. “Separation Theory of Statistical Processes”, in Separation of Isotopes, Sect. 1, ed. by H. London (George Newness. London 1961)
2.4 JShacter, E. von Halle, R. L. Hoglund: “Diffusion Separation Methods”, in Encyclopedia of Chemical Technology, Vol. 7 (Wiley and Sons, New York 1965) p. 91
2.5 H.R.C. Pratt: Countercurrent Separation Processes (Elsevier, Amsterdam 1967) Chaps. 1, 11, J1I, XI
2.6 S.Villani: Isotope Separation (American Nuclear Society, Hinsdale 1976) Chap. 4
2.7 M.R.Fenske: Ind. Eng. Chem. 24, 482 (1932)
2.8 AJ.V. Underwood: Trans. Inst. Chem. Eng. 10, 112 (1932)
2.9 G. Jansen, J. L. Robertson: “Analysis of Non-ideal Asymmetric Cascades”; Joint Meeting of
the Chemical Institute of Canada and the American Nuclear Society at Montreal (May 1977)
2.10 D. ROlander: Nucl. Technol. 29, 108 (1976)
2.11 G.Brcit, F. L. Friedman: J. Res. Nat. Bur. Stand. 39, 397 (1947)
2.12 E.Cerrai, M.Silvestri. S.Villani: Z. Naturf. 11a, 694 (1956)
2:13 J.C.Guais: Proc. Intern. Conf. on Uranium Isotope Separation BNES/KTG Paper 21, (London, Mars 1975)
299
Глава 3
3.1 Т.Graham: Philos. Mag. 136, 573 (1846); 153, 385 (1863); see also
R.Jackson: Transport in porous catalysts (Elsevier, Amsterdam 1977) p. 186fT.
3.2 M.Knudsen: Ann. Phys. 28, 75 (1909)
3.3 J.C.Maxwell: Scientific Papers, ed. by W.D.Niven (Cambridge University Press 1890, and Dover, New York 1965)
3.4 W. Ramsey: Nature 52, 7 (1895)
3.5 F.A.Lindemann, J.G.Aston: Philos. Mag. 37, 523 (1919); 38, 173 (1919)
3.6 J.G. Aston: Philos. Mag. 39, 449 (1920) .
3.7 W.D.Harkins, C.E.Broeker: Phys. Rev. 15. 74 (1920); Nature 105, 230 (1920)
W.D.Harkins. A.Hayes: J. Am. Chem. Soc. 43, 1803 (1921)
W.D.Harkins, F.A.Jenkins: J. Am. Chem. Soc. 48, 58 (1926)
3.8 J.N.Broensted. von Hevesy: Mature 106, 144 (1920): Z. Phys. Chem. 99, 189 (1921)
W.D.Harkins. B.Mortiner: Philos. Mag. 6. 60i (1928)
3.9 G. Hertz: Z. Phys. 79. 108. 700 (1932)
3.10 H.Harmsen : Z. Phys. 82, 589 (1933)
3.11 G.Hertz: Natv:r\vissenschaften 21, 684 (1933)
H.Harmsen. G.Hertz. W.Schutze: Z. Phys. 90, 703 (1934)
3.12 D.E.Wooldridge, F.A.Jenkins: Phys. Rev. 49, 704 (1936)
D.E.Wooldridge, V, .R.Smythe: Phys. Re’.’. 50, 233 (1936)
3.13 D.E. Wooldridge, F. A.Jenkins : Phys. Rev. 49, 404 (1936)
3.14 H. de W. Smyth: Atomic Energy for Military P\i'poses (Princeton University Press, Princeton, N.J. 1945)
3.15 P.C.Keith: Chem. Metall. Eng. 53, 112 (1946)
3.16 J. F. Hogerton: Chem. Metall. Eng. 52, 98 (1945)
3.17 M.Benedict, C.Williams: Engineering Developments in the Gaseous Diffusion Process (McGraw-Hill, New York 1949)
3.18 J.J.Katz, E.Rabinowitch: The Chemistry of Uranium (McGraw-Hill, New York 1951)
3.19 K.Cohen : The Theory of Isotope Separation as Applied to the Large-Scale Production o/U-235 (McGraw-Hill, New York 1951)
3.20 L.R.Groves: Now it can be told (Harper, New York 1962)
3.21 R.C.Hewlett, О.E. Anderson: The New World (Penn State University Press 1962)
3.22 K.E.B.Jay: Britain's Atomic Factories (H.M.S. Offices, London; 1954)
3.23 M.Gowing: Britain and Atomic Energy (1939-1945 ' (McMillan, London 1964)
3.24 D.D.Eisenhower: Statement on Feb. 22, 1956, Public Papers, US Gov. Office, Washington (1958) p. 258
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