Magnetically recyclable materials should be ideal support in photo catalytic system because they permit the photo catalysts to be\nrecovered rapidly and efficiently by applying an external magnetic field such as,MnF2. In this paper,MnF2 and SiO2 layers constitute\na one-dimensional quasiperiodic photonic crystal according to Fibonacci. When the electromagnetic wave irradiates obliquely,\nthe transmission peak moves to higher frequency direction with the angle increasing. Both the number of transmission peaks\nand the transmission peaks of double-forked structure increase with the increase of structural progression. We also found that\nthe polarization of electromagnetic waves has influence on the transmission properties; TM wave transmission peak half wide is\nsignificantly greater than TE wave transmission peak half wide. The band gap near anti ferromagnetic (AF) resonance frequency\nbecomes narrow as the intensity of the applied static magnetic field increases. The as-prepared photonic crystal has tremendous\npotential practical use to eliminate organic pollutants from waste water.
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