* Данный текст распознан в автоматическом режиме, поэтому может содержать ошибки
Кобальт 325 B i e b e r С. G., Cast or Wrought Alloy. Age-hardenable, пат. США 2570193, October 9, 1951. B i n d e r W. O., S p e n d e 1 о w H . R., New Cobalt-Base Alloy for High-Tem perature Sheel, Metal Progr., 57, 321 (1950). B i n d e r W. O , W e i s c r l E. D . , Some Notes on the Oxidation-Resistance of Boron-Containing Cr — N i — Co — Fe Alloys, Corrosion, 9. 329 (February 1953). В u s w e I I R. W., J e n k i n s I . , P i t k i n W. R-. Sintered Alloys for High Temperature Service in Gas Turbines. Powder Met. B u l l . , 6, 110 (1952). C a m e r o n J . M . , Y o u d e n W. J-, Statistical Analysis of Stress-Rupture Data on S-816 Alloy (20% Co), Am. Soc. Testing Materials Proc., 50, 951 (1950). С h a s t о ii J. С . С h i I d F. C , Some Cobalt Rich Alloys for High Temperature Service, Iron Steel fust. (London), Spec. Rept. № 43, 246—248, July 1952. C l a r k F. I I . , Metals at High Temperatures, Reinhold Publishing Corp., New York, 1950. C o m s t o c k G. J . S h a w J. D . , Properties of Cobalt-Nickcl-Chromium Alloys Made by Powder Metallurgy, in Physics of Powder Metallurgy, McGraw-Hill Book Company, Inc., New York, 1951. p. 372—386. D a v i s E. A . , M a n j o i n e M. J., F i f e d of Shape of Notch on Rupture Stren gth of High-Temperature Alloys, Am. Soc. Testing Materials, Preprint 78. June 1952. Deloro Stellite, L t d . , Hardfacing with Stellile, Machinery (London), 80. 179 (1952). D у m J. В . , В a d g e г Т.. Cast Alloys Vary in Cutting Efficiency, A m . Machi nist, 109 (November 20, 1947). E d w a r d s A. R., New High Temperature Alloys, Australasian Engr., 42 (June 7, 1952). F o l e y F. П., Metal Alloy for High Temperatures (Ni —Сг — Co), пат. США 2543841, March 6, 1951. Freeman .1. W . E w i n g J. F., W h i t e A. E., Influence of Chemical Composition on Rupture Properties at 1500°F of Forged Cr — Co — N i — Fe Base Alloys, Natl. Advisory Comm. Aeronautics, Tech. Note 2745, J u l y 1952. F r e y D. N . . F г e e m a n J. W., W h i t e A . E., Fundamental Effects оГ Cold-Work on Some Cobalt-Chrominm-Nickel-Iron Base Creep-Resistant Alloys. Natl. Advisory Comm. Aeronautics, Tech. Note № 2586. July 1952. G a d d E. R., Precision Casting Turbine Blades, High Temperature Steels and Alloys for Gas Turbines, Iron Steel Inst. (London), Spec. Rept. № 43,'July 1952. G r a n t N . J., K a t e s L . W-. H a m i l t o n N . E., Development and Eva luation of Cast Turbine Rotors, Foundry. 78, 86 (1950). G г e s h a m H . E., D u n l u p A . , Investment-Casting Nozzle Guide Vanes, Iron Steel Inst. (London), Spec. Rept. № 43, July 1952. Harder О. E., R o b e r t s D . A . , Cobalt-Chromium-Nickel Base Alloy, канад. пат. 480487, 48048В, 480469, January 22, 1952. H а г k i n s F. G., Process Control for Resistance Welding Under Government Specifications (Co-Base Alloys), Welding J. (N. Y ), 31, 567 (July 1952). H а у п e s E., Alloys of Cobalt with Chromium and Other Metals, Ind. Eng. Chem.. 5, 189 (1913). I I а у n e s E . Stellite and Stainless Steel, J. Western Soc. Engrs., 35, 467 (1919— 1920). Haynes Stellite Co.. Haynes Alloys for High Temperature. Booklet, K ok о т о , I n d . Henry Wiggin and Co., L t d . , TheNimonic Alloys, Brochure, Birmingham, 16 England Jessop Wm. and Sons, L t d . , Alloy for High Temperature Service, англ. пат. 670560, April 23, 1952; 674023, June 18, 1952. К a m e п E. L . , B e c k P. A., Survey of Portions of the Cobali-ChTomiumIron-Nickel Quaternary System, Natl. Advisory Comm. Aeronautics, Tech. Notea № 2603, February 1952, and 2G83, April 1952.