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A New Method for Bandgap Study of One-dimensional Photonic Crystal

Liu Qi-neng

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Abstract

For studying the photonic bandgap of 1D photonic crystal,the dispersive method is adopted.The analytical formula of width and center of photonic bandgap is derived and the photonic bandgap of 1D photonic crystal is studied.The accurate value of photonic bandgap is obtained.The method avoided other methods weakness that can't carry on analysis photonic bandgap.The method is valid and accurate method that study the photonic bandgap of 1D photonic crystal.

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What this paper is about

For studying the photonic bandgap of 1D photonic crystal,the dispersive method is adopted.The analytical formula of width and center of photonic bandgap is derived and the photonic bandgap of 1D photonic crystal is studied.The accurate value of photonic bandgap is obtained.The method avoided other methods weakness that can't carry on analysis photonic bandgap.The method is valid and accurate method that study the photonic bandgap of 1D photonic crystal.

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Available abstract

For studying the photonic bandgap of 1D photonic crystal,the dispersive method is adopted.The analytical formula of width and center of photonic bandgap is derived and the photonic bandgap of 1D photonic crystal is studied.The accurate value of photonic bandgap is obtained.The method avoided other methods weakness that can't carry on analysis photonic bandgap.The method is valid and accurate method that study the photonic bandgap of 1D photonic crystal.

Key concepts: Photonic crystal, Yablonovite, Band gap, Photonic bandgap, Photonics, Materials science, Optoelectronics, Photonic integrated circuit

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