Abstract
Data are presented describing critical current density Jc as a function of Ha, applied magnetic field, for NbTi alloys containing between 22 and 38 at.% Nb. The effect on Jc(Ha) of precipitation heat treatments between 275 and 565°C was studied in conjunction with cold area reductions up to 99.9%. The highest critical current densities, Jc(Ha), were in the range 1.0 to 3.6×105 A/cm2 at 3.0 T where most of the data were obtained. Critical temperature data are presented as a function of alloy composition and metallurgical preparation.
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