The magnetoreflection technique is applied to study Landau-level transitions in graphite implanted with ³¹P ions at a variety of fluences and energies. The magnetoreflection spectra are explained in terms of the Slonczewski-Weiss-McClure band model with small changes in the band parameters that describe pristine graphite. Neglecting trigonal warping, the fluence dependence of the nearest-neighbor intraplanar (γ₀) and interplanar (γ₁) overlap integrals is presented. The observed changes in these band parameters are consistent with increasing disorder as the fluence of implantation increases.
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Elman et al. (1983) studied this question.
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