Abstract
Thanks to its high strength density ratio and good nucIear properties, beryllium is attracting increased attention from scientists as a construction material for use in aviation, rocket, and atomic technology. We here describe methods for mechanical (tensile and compression) tests in vacuum on beryllium and set out results for beryllium prepared by metal.powder and casting methods, measured at 20 to 1000° C.
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Literature Cited
G. A. Meerson et al., Atomnaya énergiya,5, 6 (1958).
W. W. Beever and K. G. Wickel, Beryllium [Russian translation], Collection of translations Editor M. B. Reifman, Moscow, IL, 4 (1956), p. 65.
Beryllium, Editors, D. White and J. Burke, [in Russian], Moscow, IL (1960).
J. Darwin and J. Baddery, Beryllium [Russian translation], Moscow, IL (1962).
R. I. Garber, I. A. Gindin, and Yu. V. Shubin, Fiz. metal. i metalloved.,12, 437 (1961).
D. L. Tower and A. R. Kaufman, Beryllium, Editors, E. White and J. Burke, [Russian translation], Moscow, IL, (1960), p. 332.
M. Herman and G. Spangler, Material of the International Conference on the Metallurgy of Beryllium [Russian translation, London, October 16–18 (1961).
V. M. Amonenko et al., Fizika tverdogo tela,3, 796 (1961).
A. R. Kaufman, P. Gordon, and D. W. Lilly, Beryllium, Collection of translations, Editor, M. B. Borisov [Russian translation], Moscow, IL, 2 (1953), p. 46.
Additional information
Translated from Atomnaya Énergiya, Vol. 18, No. 6, pp. 608–616, June, 1965
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Davidenkov, N.N., Sidorov, B.A., Shestopalov, L.M. et al. Study of the mechanical properties of beryllium. At Energy 18, 768–776 (1965). https://doi.org/10.1007/BF01115329
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DOI: https://doi.org/10.1007/BF01115329