Phase Properties of One-Dimensional Quaternary Photonic Crystals

In this paper, properties of reflection phase in one-dimensional quaternary photonic crystals combining dispersive meta-materials and positive index materials are investigated by transfer matrix method. two omnidirectional band gaps are located in the band structure of considered structure. however, we limit our studies to the frequency range of the second wide band gap. we observe that the value of the reflection phase difference between te and tm waves can be controlled by changing the incident angle and frequency. also, the results show that the reflection phase difference in the second band gap increases by increasing the incident angle, and remains almost unchanged in a broad frequency band. furthermore, at two points near to the edges of the gap the reflection phase difference keeps almost zero in spite of the change of incident angle. based on these properties, phase compensators and omni-directionally synchronous reflectors and also polarizers can be designed.