The mode conversion-tunneling equation is solved numerically with the resonant absorption term at general harmonics of the ion cyclotron frequency. The numerical technique is based on the Laplace contour integral and direct integration. Results for various scattering parameters as well as absorbed fractions of incident energy are presented. As in the second and the third harmonic cases, simple expressions for some scattering parameters are found for higher harmonic numbers. Finally, emission ratios are calculated from absorption results and the reciprocity relations.
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Cho et al. (1990) studied this question.
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