* Данный текст распознан в автоматическом режиме, поэтому может содержать ошибки
Кобальт 327 L a m р s « n F. К , T s а г с f f T . C . , G r e e n A. Yl\. Thermal-Shock Testing under Stress of Certain High-Temperature Alloys, Am. Soc. Testing Materials Proc, 57. 965 (1957). M и г г a 1 F. R., Alloys for the Aircraft Industry, Cobalt, № 2, 23 (1959). Resistance of Six Cast High-Temperature Alloys to Cracking Caused by Thermal Shock, Natl. Advisory Comm. Aeronautics, Tech. Note № 2037, 1950. S i e g f r i e d W , F i s e г m a n n F., A Turbine-Blade Alloy Castable and Low in Cohalt and Colunibium, Metal Progr., 67, 141 (1955). V г b a i n M., High Temperature Alloys, Cobalt, Ks 1, 13 (1959). W e e t о n J. W., S i g n o r e l I i R. A., An Investigation of Lamellar Structu res and Minor Phases in Eleven Cobalt-Base Alloys Before and After Heat Treatment, Natl. Advisory Comm. Aeronautics, Tech. Note M> 3109. 1951. ПОРОШКООБРАЗНЫЙ КОБАЛЬТ 1. A n d e r s o n К. В., M c C a r t n e y J. Т., J. Appl. Phys., 18, 902 (1947). 2. B e r r y В. E., The Manufacture of Cemented Tungsten Carbide, Murex, Ltd. Rev., 1 (8) (1951). 3. B l a c k b u r n A. R., S h e v l i n T. S., B o w e r s H. R-, J. Am. Ceram. Soc, 32, 81 (1949). 4. British Intelligence Objectives Sub-Committee, German Hard Matal Industry, Final Kept. № 1385. Item № 21, 1945, London, H . M. Stalionery Office. 5. B u r g e r E. E., Gen. Elec. Rev., 49, 22 (1946). G. B u s w e l l R. W . , P i t k e n W . R . , J e n k i n s I , Sintered Alloys for HighTemperature Service in Gas Turbines, Iron and Steel Institute, Symposium on High Temperature Steels and Alloys for Gas Turbines, p. 258—268, 1951. 7. G a r v i n S. J., Engineering, 163, 445 (May 30), 465 (June 6, 1947); Iron Steel Inst. (London), Spec. Rept. № 38, p 67, December 1947. 8. G о e t x e 1 С. G., Treatise on Powder Metallurgy, Vols. 1-3, Interscience Publi shers. Inc., New York, 1950. 9. I I a m j i a m H. J., L i d in a n W. G., Natl. Advisory Comm. Aeronautics, Tech Note № 1918, September 1949. 10. H о о d T. A., Manufacture of Cemented Carbides, Maribyrnong, Victoria, Austra lia, Inform. Circ. № 12 (1947) Defense Research Laboratories. Dept. of Supply and Development. 11. J a c k s o n W. R., Powder Metallurgy as Applied to Cemented Carbides, Can. Mining Met. Bull., № 390, 393 (October 1944). 12. K i e f f e r R., H o t o p W-, Pulvermetallurgie und Sinterwerkstoffe, Berlin, J Springer, 1943; Metal Ind. (London) (June I , 8. 15, 1945). 13. L i li 1 F „ (German), Acta Phys. Austriaca, 4, 360 (1951). 14. L 11 m 1 e у E. J. Т., H о 11 e у с о m b с R. W. K-. G r e e n w o o d J. N . . Proc. Australasian Inst. Mining and Met. № 128, p. 221—226, 1942. 15. M a n t l e E. C , The Sintering of Tungsten Carbide with Cobalt Binder, Metal Treatment, 14, 141 (1947). 16. М е с р с о н Г А., Л н п к е с Я М., Metal Ind. (London), 290 (November 7), 306 (November 14, 1941). 17 M i r n s l a v P., Hutnicke listy, 5, 105 11950). 18. R о s t 0 k e г W-, Trans. Am. Inst. Mining Met. Engrs., 180, 672 (1949). 19. S a n d f о г d E. J., T r e n t E M . , Iron Steel Inst. (London). Spec. Rept. № 3B, p. 84, December 1947. 20. S с h u m а с h e г E. E., S a u d e n A C . , Powder Metallurgy, Metals and Alloys, 20. 1327 (1944). 21. S t e i n 1 t z R . Powder Met. Bull., I , 45 (1916).