Abstract
Magnetic susceptibility {ie885-1} and {ie885-2} were measured in the second stage SbCl5 graphite intercalation compound (C24SbCl5). {ie885-3} and {ie885-4} revealed the Curie-Weiss type paramagnetic deviation at low temperatures. {ie885-5} is diamagnetic and increases in magnitude with the decrease of temperature approximately below 40K. There exists no anisotropy of g-value in C24SbCl5. These facts suggest that the orbital susceptibility of conduction electrons in the graphitic π band of C24SbCl5 has the temperature dependence at low temperatures.
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