Simulation dispersion properties of photonic crystal fiber

HUANG Jian-jun; LI Gang; CHEN Meng; PANG Qing-sheng; BI Xiang-jun

Photonic crystal fiber is a highlight of the modern science research.However,in most papers,only qualitative analysis have been carried out theoretically,and there are few practical quantitative calculation.The group velocity-dispersion of photonic crystal fiber(PCF) is studied with plane wave method(PWM) and supercell method.The effective index of the fundamental filling mode and V value are obtained.With obtained effective index,dispersion is calculated using spline interpolation,according to different relative hole size f and different pitch a.Simulation results prove the monochromic property and controlled dispersion property of a photonic crystal fiber.

Corresponding author: LI Gang, lig@bjut.edu.cn;

1. College of Laser Research and Engineering, Beijing University of Technology, Beijing 100022, China

Received Date: 2005-07-12

Accepted Date: 2005-10-21

Available Online: 2006-07-25

Abstract: Photonic crystal fiber is a highlight of the modern science research.However,in most papers,only qualitative analysis have been carried out theoretically,and there are few practical quantitative calculation.The group velocity-dispersion of photonic crystal fiber(PCF) is studied with plane wave method(PWM) and supercell method.The effective index of the fundamental filling mode and V value are obtained.With obtained effective index,dispersion is calculated using spline interpolation,according to different relative hole size f and different pitch a.Simulation results prove the monochromic property and controlled dispersion property of a photonic crystal fiber.

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Reference (19)

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Simulation dispersion properties of photonic crystal fiber

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