Abstract
The thermal, oxidation and hydrolytic stabilities of the ternary lamellar graphite compound C 24K(C 6H 6) 3 have been investigated. The results of the study have suggested a model C 24K(C 6H 6) 3 structure according to which benzene penetrates both the interlayer space containing potassium and the unfilled interlayer graphite space, the benzene molecules being arranged at right angles to the carbon layers of graphite.
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