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Beryllium, Beryllium Alloys and the Theoretical Principles Affecting Alloy Formation with Beryllium

Published online by Cambridge University Press:  28 July 2016

G. V. Raynor
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Extract

Beryllium, though of increasing application in the metallurgical and electrical industries, must still be classed as a relatively uncommon element. This would appear to be chiefly because no large scale application of the metal has yet been made; most commercial applications involve the addition of small amounts of beryllium to other metals, notably copper.

If a large scale use for beryllium were to be discovered, there would be little difficulty in the production of sufficient metal to fulfil a reasonable .demand. Its ores are widespread, but unfortunately are seldom found in heavy local concentrations. The processing of these ores is somewhat difficult on a commercial scale, but not prohibitively so. Extensive researches have been made on these problems, because of the incentive given by the exceptional “lightness” of beryllium, its high melting point and particularly, by its high modulus of elasticity.

Type
Research Article
Information
The Aeronautical Journal , Volume 50 , Issue 426 , June 1946 , pp. 390 - 415
Copyright
Copyright © Royal Aeronautical Society 1946

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References

1. Johnstone, S. J., 23rd Streatfield Memorial Lecture, Inst. Chem., 1940.Google Scholar
2. Lebeau, Compt. Rend. Acad. Sci., Paris, 1898, 126, 744.Google Scholar
3. Sloman, H. A., J. Inst. Metals, 1932, 44, 365.Google Scholar
4. “Beryllium and its Alloys,” published by the Siemens-Konzern, and issued in translation by the Chemical Catalogue Co., Inc., of New York, 1932.Google Scholar
5. Borchers, W., Z. Elektrochem, 1894-5 1, 364; 1895-6 2, 39.Google Scholar
6. Kroll, W., Metallwirtschaft, 1934, 725.Google Scholar
7. Bauer, E. and Brunner, R., Helv. Chim. Acta., 1934, 17, 958.Google Scholar
8. Eucken, A., Metallwirtschaft, 1936, 15, 65.Google Scholar
9. Kroll, W., Metals and Alloys, 1937, 8, 349.Google Scholar
10. McKeehan, L. W., Proc. Nat. Acad. Sci. Wash., 1922, 8, 270.CrossRefGoogle Scholar
11. Jaeger, F. M. and Zanstra, J. E., Proc. Acad. Sci. Amst., 1933, 36, 636.Google Scholar
12. Owen, E. A. and Pickup, L., Phil. Mag., 1935, 20, 1,155.Google Scholar
13. Neuberger, M. C., Krist, Z., 1935, 92, 474.Google Scholar
14. Owen, E. A., Pickup, L. and Roberts, I. O., Krist, Z., 1935, 91, 70.Google Scholar
15. Kossolapow, G. F. and Trapesnikow, A. W., Krist, Z., 1936, 94, 53.CrossRefGoogle Scholar
16. Owen, E. A. and Richards, T. Ll., Phil. Mag., 1936, 22, 304.Google Scholar
17. Goldschmidt, V. M., Z. Physikal. Chem., 1928, 133, 397.CrossRefGoogle Scholar
18. Losana, L., Alluminio, 1939, 8 (2), 67.Google Scholar
19. B. Sawyer, C. and Kjellgren, B., Metals and Alloys, 1940, 11, 163.Google Scholar
20. Hidnert, P. and Sweeney, W. T., Met. Ind., 1928, 32, 398.Google Scholar
21. Oesterheld, G., Z. anorg. Chem., 1916, 97, 1.Google Scholar
22. Lewis, E. J., Phys. Rev., 1929, 34, 1,575.CrossRefGoogle Scholar
23. Johnson, J. B., Metals and Alloys, 1938, 9 (4), 94.Google Scholar
24. Sawyer, C. B., Metals and Alloys, 1941, 14, 37.Google Scholar
25. Hume-Rothery, W., Mabbot, G. W., and Channel-Evans, K. M., Phil. Trans., 1934 (A), 233, 1.Google Scholar
26. Raynor, G. V., Phil. Mag., 1938 (vii), 26 (173), 152.Google Scholar
27. Hume-Rothery, W. and Raynor, G. V., Phil. Mag., 1938 (vii), 26, (173), 143.Google Scholar
28. Pauling, L., J. American Chem. Soc., 1927, 49, 765.CrossRefGoogle Scholar
29. Hume-Rothery, W.and Raynor, G. V., Phil. Mag., 1938 (vii), 26, (173), 129.Google Scholar
30. Zachariesen, Z. Krist, 1931, 80, 137.Google Scholar
31. Hume-Rothery, W., “The Structure of Metals and Alloys,” Inst, of Metals Monograph and Report Series No. 1.Google Scholar
32. Jones, H., Proc. Roy. Soc., 1934 (A), 147, 400.Google Scholar
33. F. Mott, N. and Jones, H., “The Theory of Metals and Alloys,” Oxford, p. 222.Google Scholar
34. Winkler, Otto, Z. Metallkunde, 1938, 30 (5), 162.Google Scholar
35. Guertler, W. and Pirani, M., Tech. Pub. Internat. Tin. Res. Dev. Council, 1937 (A), 50, 23 pp.Google Scholar
36. Masing, G. and Dahl, O., Wiss. Veröff. Siemiens-Konzern, 1929, 8, 255.Google Scholar
37. Raynor, G. V., Proc. Roy. Soc., 1940 (A), 174, 457.Google Scholar
38. Losana, L. and Goria, C., Alluminio, 1942, 11, 17.Google Scholar