Hall coefficient of thulium and lutetium at high temperatures
V.G. Dvunitkin, Mikhail Vedernikov, N. I. Moreva
Abstract
V.G. Dvunitkin, Mikhail Vedernikov, N. I. Moreva
Abstract
The temperature dependences of the Hall coefficients of thulium and Lutetium were determined between room temperature and about 950/sup 0/K. In the case of thulium there is a contribution from the anomalous (paramagnetic) component; leutetium is nonmagnetic. These results and others published earlier on heavy rare-earth metals indicate that the Hall coefficients of these elements are negative, similar in value, and have analogous temperature dependences.
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The temperature dependences of the Hall coefficients of thulium and Lutetium were determined between room temperature and about 950/sup 0/K. In the case of thulium there is a contribution from the anomalous (paramagnetic) component; leutetium is nonmagnetic. These results and others published earlier on heavy rare-earth metals indicate that the Hall coefficients of these elements are negative, similar in value, and have analogous temperature dependences.
Key concepts: Lutetium, Thulium, Hall effect, Rare earth, Paramagnetism, Condensed matter physics, Materials science, Physics