Abstract
The magneto-optical responses of a one-dimensional photonic crystal containing two magnetized plasma defect layers with operation in the millimeter wavelength region are studied by using a 4 × 4 transfer matrix method and full wave numerical simulation. The results of this study show that not only the values of the magneto-optical effects such as Kerr and Faraday rotations are tunable by the magnetic field and plasma layer parameters but also the positions of resonant modes in the frequency region are adjustable by these parameters. Also, it is found out that the repetition numbers of middle and surrounding unit cells in the structure can be considered to be other key factors for tuning the characteristics of resonant modes and magneto-optical responses related to them.
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