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Молибден 427 М a I I е t t М. W., H a n s e n W. R., Determination of Gases i n Molybdenum, p. 365—393. C o o n s W. C , Practographic and Mctallograpliic Techniques for Molybdenum лпД Molybdenum-Base Alloys, p. 394—407. В e g 1 с у R. Т., Molybdenum for Aircraft Gas Turbine Applications, p. 408—419. H a r w o o d J. J-, The Protection of Molybdenum Against High-Temperature Oxidation, p. 420—459. Safranek W.J П., Commentary, p. 460—461. В а г r R. Q . , S e HI с h у s h e n M . , P e r l m u t t e r I . Effects of Hoi-Cold Work on the Properties of Molybdenum Alloys, p. 462—510. R и s s J . J., S c l i r a d e r G. E., Forging of Molybdenum Alloy Turbine П la­ des, p. 511—518. N o r t h c o t t L . , Molybdenum Research and Development in Great Britain, p. 519—527. S i m s Ch. Т., Commentary, p. 528—529. К i e Г f e r R., P i p i t z E., Sintered and Arc-Melted Molybdenum Alloys, p. 530—553. I I . American Society for Metals, Cleveland, Ohio, Fabrication of Molybdenum, 1959. Papers Presented at the Molybdenum Fabrication Conference Sponsored by tbe Southern California Chapters of the ASM, May 7—8, 1958. I I a r w o o d J. J., Molybdenum as a Structural Material, p. I . T i m m о n s G. A . , Development of Molybdenum-Base Alloys, p. 19. В г u с к a r t W. L . , The Production and Quality of Molybdenum M i l l Products, p.'39. . M a r t i n D. C , Welding of Molybdenum, p. 63. H o p p i n G. S., I l l , Brazing of Molybdenum, p. 77. J o n e s J. В . , Ultrasonic Welding, p. 88. S о h n J. S., Fusion Welding of Molybdenum Power Plant Component*, p.%103. J a f f e e R. I . , Protective Coating Systems lor Molybdenum, p. 119. T a e b e 1 W. A . , G с 1 о к J., Machining of Molybdenum and Its Alloys, p. 134. Q u a d t R. A . , Press Extrusion of Molybdenum Tubing, p. 139. G o l d b e r g D . C , Forming of Clad Molybdenum, p. 148. R u s s J. J., Forging of Molybdenum and Its Alloys, p. 169. D o w n e y R- C , Testing i n the Hot Rod Engine, p. 174. L e v i n s t e i n M . Л-, Coating Development and Evaluation, p. 186. Yancey R- W., Fabrication of Electronic Tube Components, p. 205. S i e r g i e j J . M . , Missile Structures and Powerplants, p. 214. Edwards E. H . , Molybdenum Requirements i n the Petrochemical Industry, p 217. W о о I s e у С. С , Molybdenum Requirements in the Nuclear Energy Field, p. 220. I I I . В 1 a n с h а г d J . R., Oxidation-Resistant Coalings for Molybdenum, WADC Techn. Rept. 54-492. Part 1, 1954; Pari 2, 1955. C o o n s W . C , Simple Electrolytic Polishing Procedures for Molybdenum Metallographic Specimens. Trans. ASM, 41, 1415—1424 (1949). C o u c h D . E., S h a p i г о H . , T a y l o r J . B r e n n e r A . . Protection of Molybdenum from Oxidation at Elevated Temperature, J. Electrochem. Soc., 105, 150 (1958). D e u b l e N . L . , H e г z i g A. J . , B l a n t h a r d J . R,, Arc-Cast Molybdenum, Metal Progr. (April - - October 1955). D о a n e D. V . , Oxidation-Resistant Coatings for Molybdenum, WADC Techn. Rept. 54-492, Part 3, 1957. Fieldhuuse I . П., H e d g e J . C , L a n g J . I . , T а к a t a A. N . , W al e r i n a n Т . E., Measurements of Thermal Properties, WADC Techn. Rept. 55-495, Part t, AST IA Document Ma A D 11Q404. September 1956. p