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M. Moon, "Nucleation and Growth of Bubbles in Doped Tungsten", ibid. (66) E. F. Kock and J. L. Walter, Trans. AIME, (67) F. D. Lemkey, B. J. Bayles, and M. J. Sa1kind, "Research Investigation of Phase-Reinforced High Temperature Alloys Produced Directly From the Melt", Tech. Rept. No. AMRA CR-64-05/4, July 31, 1965. ~, ~, 147 (1966). 157 (1968). 39 BASIC STRENGTHENING MECHANISMS (68) F. D. Lemkey and M. J. Salkind, Crystal Growth, H. S. , Pergamon Press, New York, 1967, p. 171. (69) M. F. Ashby and J.
M. Bonesteel, and T. E. Tietz, "Strengthening of Niobium-Zirconium Alloys by Internal Oxidation", paper presented at the Oxide Dispersion Strengthening Conference, Bolton Landing, New York, June 27-29, 1966 (to be published by Gordon and Breach). (28) R. M. Bonesteel, D. J. Rowcliffe, and T. E. Tietz, "Mechanical Properties and Structure of Internally Oxidized Niobium-l% Zirconium Alloy", paper presented at the International Conference on the Strength of Metals and Alloys, Tokyo, September 4-8, 1967 (to be published by the Japan Inst.
O. s _ \ 10·3 •• e- "I v Cb T. 0. e<" I o 0. 1 0. 2 0. 3 0. O. S 0. 6 0. 1 0. 8 0. helium <5 <10 1 hr. 36300 F in<10 -6 torr 5 min. 20200 F Powder metallurgy Powder meta lIurgy 22T 29 (a) Fully recrystallized and/or groin growth during tesls noted. L ____ W 18 22 W 2 hIS. test temp. in H2 Arc melted ----30 min. test temp. 40 lS min. test temp. 08 Compression creeo in 10-6 to'" 1 hr. 27300 F in 10-5 torr Arc melted 10 5 50-200 Mo Tensile creep in 2 psig helium 30 min. test temp. 50 Tensile tests in argon 1 hr.