Abstract
The electrical resistivity and specific heat of TiNb alloys have been measured in high magnetic fields up to 20.6 T and 15.1 T, respectively. Anomalous behavior is observed in both electrical resistivity and specific heat. A slight but definite enhancement of the resistivity with logarithmic temperature dependence is observed for samples with Nb concentration lower than 63 at%, where ω-precipitation in β matrix is clear in electron diffraction pattern. An abrupt change in the slope of the normal state specific heat Cn/T plotted as a function of T2 is found in samples over a wide range of concentration.
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