Abstract
The magnetic field couples strongly to the static low temperature charge-density wave state in both NbSe 3 and Fe x NbSe 3. The electronic conductivity at both high and low electric fields is modified by the magnetic field. At very low temperatures the charge-density wave dynamics are also modified by the magnetic field. In Fe x NbSe 3 at high magnetic and electric fields enhanced Fröhlich mode conductivity is observed at 1.2 K. The experiments suggest the presence of an anomalous magnetic component in the density wave structure.
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