Abstract
Thermomagnetic measurements are reported for cadmium arsenide (Cd 3As 2) at room temperature and at about 100 K. From the longitudinal Nernst effect electron effective masses have been calculated, and are found to be nearly independent of temperature. The Maggi-Righi-Leduc effect is used to separate the electronic from the lattice component of the total thermal conductivity. From these measurements we conclude that at about 100 K the scattering mechanism of the conduction electrons contains an inelastic contribution.
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