The nuclear spin-lattice relaxation times (T 1 ) of V 51 and Nb 93 in the body-centered cubic Ti-V-Fe and Zr-Nb-Mo alloy systems have been measured. The product of T 1 and temperature T, T 1 T is strongly dependent upon composition. These relaxation behaviours can be correlated to that of the low temperature specific heat. The Knight shifts of Nb 93 nuclear magnetic resonance in Zr-Nb-Mo alloy systems have also been measured. The composition dependence of Knight shift can be related to the relaxation result as well as to the results on low temperature specific heat and magnetic susceptibility. The electronic specific heat coefficient γ of Zr-Nb alloys has been measured for the sake of interpretation of the experimental behaviours of T 1 and Knight shift.
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Masuda et al. (1967) studied this question.
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