Abstract
Photonic crystal is a kind of artificially material composed of two or more dielectrics arranged periodically, which can control the flow of photons due to the photonic band-gap. In this article, the band gap properties of the one-dimensional (1-D) conventional photonic crystal and the 1-D function photonic crystals are comparativly analyzed according to dispersion relation, periodicity and incident angle systematically. The results have some guiding significance for the 1-D photonic crystal and photonic crystal device fabrication.
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