2004Journal of Tongji UniversityRequires access

Analysis for Photonic Band Gap Property of One-dimensional Photonic Crystal

Ruojing Zhang

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Abstract

The membrane structure whose refractive index is also distributed periodically can be analyzed as a kind of one-dimensional photonic crystal. In this paper,with the optical principle for membrane,the propagation characteristics of this kind one-dimensional phtonic crystal are studied and the effects on the location and the width of the photonic band-gap caused by the refractive index,optical thickness and the central wavelength of the photonic crystal's component are analyzed. So,one-dimensional photonic crystal can be designed under this guidance.

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What this paper is about

The membrane structure whose refractive index is also distributed periodically can be analyzed as a kind of one-dimensional photonic crystal. In this paper,with the optical principle for membrane,the propagation characteristics of this kind one-dimensional phtonic crystal are studied and the effects on the location and the width of the photonic band-gap caused by the refractive index,optical thickness and the central wavelength of the photonic crystal's component are analyzed. So,one-dimensional photonic crystal can be designed under this guidance.

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Available abstract

The membrane structure whose refractive index is also distributed periodically can be analyzed as a kind of one-dimensional photonic crystal. In this paper,with the optical principle for membrane,the propagation characteristics of this kind one-dimensional phtonic crystal are studied and the effects on the location and the width of the photonic band-gap caused by the refractive index,optical thickness and the central wavelength of the photonic crystal's component are analyzed. So,one-dimensional photonic crystal can be designed under this guidance.

Key concepts: Photonic crystal, Yablonovite, Refractive index, Materials science, Optoelectronics, Photonics, Band gap, Wavelength

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