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Extra resources for Metallurgy Division - Quarterly Prog Rpt [Jul 31, 1952] [Declassified]
7 I * . 25: I ! 1 METALLURGY DIVISION QUARTERLY PROGRESS REPORT 33 at. % indium have been made successfully by arc melting. Certain arc-melting experiments were tried with higher indium contents but were unsuccessful because th2 indium metal boiled before the temperature that was needed t o melt the zirconium was reached. For the present, attention w i l l be given mainly t o the higher zirconium alloys, and only occasional experiments with diffusion cans or with master alloys w i l l be attempted t o find a satisfactory method of making alloys with more than 35 at, % indium.
6(4) that was annealed at the temperatures 1007, 972, 847, and 523OC. The times of annealing varied between 6 and 23 days, and the alloy was cold worked before the anneals. Two results for t h i s alloy, pictured in Figs. 15 and 16, show that at 847°C the alloy consists of isothermal alpha phase, whereas after quenching from 972OC the alloy contains isothermal alpha phase plus transformed beta phase. There i s a strong suggestion here that the alpha phase forms peritectoidally from the beta phase and an intermediate phase.
Boyd, J. 0. Betterton). The indium-zirconium system occurs between the s i Iver-zirconium and tin-zirconi um systems when these binary systems are arranged in the ‘order of their solutes on the second long period of the periodic table. I n the silverzirconium system the beta phase decomposes eutectoidally, that is, the addition of silver t o zirconium depresses the c I ose-packed hexagonal phase at the expense of the body-centered cubic phase. In the tin-zirconium system the opposite i s true, and the alpha phase forms by a peritectoid reaction, that is, the addition of t i n t o zirconium expands the close-packed hexagonal phase region a t the expense of the body-centered cubic phase.
Metallurgy Division - Quarterly Prog Rpt [Jul 31, 1952] [Declassified]