Advances in Cryogenic Engineering Materials : Volume 26 by E. N. Cameron (auth.), A. F. Clark, R. P. Reed (eds.)

By E. N. Cameron (auth.), A. F. Clark, R. P. Reed (eds.)

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A comprehensive investigation of the high-titanium alloys was performed by McInturff and Chase [26]. 5, 61, and 65 wt. % Ti to precipitation heat treatments at final wire size and to heat treatments followed by cold work. Moderate cold-area reductions of about 2000: 1 before heat treatment were giveD to their alloys. The response of these alloys to heat treatment at 300 and 400°C is shown in Figs. 12 and 13. 5 and Nb 61 wt. % Ti alloys rather than for Nb 65 wt. % Ti, but the peak values require treatments of several hundred hours at 350°C or less.

However, a cell structure is probably always desirable whatever the titanium content, since the cell walls provide a high density of nucleation centers for precipitates. Further, the growth of such precipitates away from the high-energy regions of the cell walls is difficult, and a fine-scale, high-density dispersion of precipitates of optimum flux-pinning size is obtained. Although the above interpretation is plausible, many basic details of the microstructural development as it affects high values of Je are still unclear.

M. Ralls, Phys. Lett. 23:29 (1966). 11. R. G. Hampshire and M. T. Taylor, J. Phys. F 2:89 (1972). 12. D. F. Neal, A. C. Barber, A. Woolcock, and J. A. F. Gidley, Acta Metall. 19:143 (1971). 13. A. F. Clark and R. L. Powell, Cryogenics 18:137 (1978). 14. B. P. Strauss, R. H. Remsbottom, and R. H. Flora, in Proceedings of 7th Symposium on Engineering Problems of Fusion Research, IEEE Publication No. 77CHI267-4-NPS 1271, Institute of Electrical and Electronic Engineers, New York (1977), p. 29. 15.

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