Abstract
In this paper, the results of the theoretical studies of magnetostatic surface wave (MSSW) propagation in layer-photosensitive semiconductor-ferrite waveguides when the external electromagnetic wave affects the semiconductor surface are reported. Dispersion relation of MSSW has been found and the effects of various intensities of electromagnetic wave on the propagation characteristics have been examined. It has been shown that MSSW propagation loss can decrease and there is a frequency band in which MSSW has amplification with increasing intensity of the external light.
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