Abstract
The Alfven wave transmission in a thin slab of antimony has been observed at 22–26 GHz and 1.27 K by using high magnetic fields up to 15 Tesla and a carbon film bolometer having a quick response. The experiments were carried out in the Faraday configuration with the magnetic field applied along the principal axis of the crystal (the binary, bisectrix and trigonal axes). The measured mass densities are in agreement with the theoretical values calculated from the previously reported band parameters. The mean collision time of electrons and holes is obtained as 0.8-2.0×10 -10 sec.
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