Abstract
Measurements of the Nernst coefficient of bismuth have been carried out for various magnetic fields and several different temperatures. Values up to +3·4 mV/deg have been observed at 97°K and 50 kG. The data have been interpreted in terms of a two-band overlap model. The magnetic field variation of a diagonal component of the Seebeck tensor and the apparent onset of an oscillatory behavior at high magnetic field are also briefly reported.
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