Abstract
This paper presents the de Haas-van Alphen (DHVA) effect of the stage-3 SbF5-graphite intercalation compound (GIC). Three groups of DHVA frequencies and carrier cyclotron masses are explained by the Blinowski band structure model with a Fermi energy of -0.73 eV. The highly anisotropic Fermi surface of the compound is measured with the angular dependence of the DHVA frequencies. It is also found that the energy bands and the charge distribution over the graphite layers are similar in the stage-3 SbF5-GIC and the stage-3 SbCl5-GIC.
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