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Considering different typical electron density profiles, a multi slab approximation model is built up to study the power absorption of broadband (0.75–30 GHz) electromagnetic waves in a partially ionized nonuniform magnetized plasma layer. Based on the model, the power absorption spectra for six cases are numerically calculated and analyzed. It is shown that the absorption strongly depends on the electron density fluctuant profile, the background electron number density, and the collision frequency. A potential optimum profile is also analyzed and studied with some particular parameters.
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Xi et al. (2012) studied this question.
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