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Investigation of the magnetic properties of two-dimensional magnetophotonic crystals (MPCs) based on silicon films covered by a Co layer several nanometers thick and a Cr layer several tens of nanometers thick indicated quasiperiodic variation of the magnetic properties of the system while interacting with electromagnetic radiation. Oscillations discov-ered of angular dependence of the transverse magneto-optic Kerr effect are connected with resonant condition when a standing (stationary) wave is formed in a magnetic film. This wave activates the rotation of spins in the system and thereby changes the magnetic properties.

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