The specific heat of antimony has been measured from 0.54 to 4.0^∘{}K. A least-squares fit to the data in the 0.54 to 1.1^∘{}K range gave C=(0.105±0.002)T+(0.210±0.002)T³+(0.0048±0.0004)T^-2 mJ/mole ^∘{}K and a Debye temperature of 210.0±{}0.7^∘{}K. The uncertainties are rms deviations of the means. These results are in good agreement with specific-heat, Fermi-surface, and quadrupole-resonance data. Thermometer calibration in the He³ range is discussed.
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McCollum et al. (1967) studied this question.
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