Structure, geometries and coordinate system used in the text, where I shows the incident polarized wave with its magnetic field along the x axis and R represents the reflective wave. AF layers are gray and IC layers are white.
Wavenumbers, rotation angle, and energy flux versus incident frequency in geometry (I): (a) wavenumbers, where the dashed curves indicate the imaginary parts; (b) rotation angle, and (c) energy flux, where the green dashed curve shows the flux at and for , the arrows point to the frequency positions of the largest rotation and the vertical dashed lines imply the values of the flux at the positions.
Wavenumbers, rotation angle, and energy flux versus incident frequency in geometry (II), with the other explanations as the same as those of Fig. 2 .
Faraday effect in geometry (II) for and various values of external magnetic field.
Faraday effect of various photonic crystals in geometry (II).
Physical parameters of ionic IV-VI semiconductors, where TIBr is an exception, an III–VII semiconductor with the nearest to of FeF2.
Article metrics loading...
Full text loading...