Abstract
Abstract Quantum oscillation of the magnetoresistance have been investigated in synthesized high quality quasi-single crystals of low stage graphite intercalation compounds (GIC) of the acceptor type for temperatures 1.4<T<4.2K and magnetic fields up to 35 tesla. For some compounds frequency beats are seen. One of the reason for the observation of nodes in the oscillations of the magnetoresistance may be interaction between carbon atoms in neighboring layers separated by an intercalate layer. The parameters of the energy spectrum were determined from experimental data for GIC with AlCl3, ICl, CuCl2, ICl3, H2SO4 and FeCl3.
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