Abstract
The effects of magnetic field modulation frequency, sample size and electromagnetic configuration on the lineshape and intensity of the conduction carrier spin resonance (CCSR) in graphite and graphite intercalation compounds were investigated. We discuss the applicability of one-dimensional Dyson theory to the CCSR spectra of these compounds, taking into account the electromagnetic configuration, the size of the samples and the anisotropy of the microwave and magnetic field modulation penetration depths.
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