Optimize Nonlinear Effects on Fundamental and High-order Soliton in Photonic Crystal Fiber
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Published:2024-04-24
Issue:2
Volume:20
Page:320-327
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ISSN:2289-599X
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Container-title:Malaysian Journal of Fundamental and Applied Sciences
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language:
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Short-container-title:Mal. J. Fund. Appl. Sci.
Author:
Jasim AL-Taie Mohammed Salim,Matrood Wisam Roiss
Abstract
Nonlinear effects in optical fibers are mainly caused by two sources: inelastic scattering behaviour or the intensity sensitivity of the medium's refractive index. The propagation process in photonic crystal fibers is more complex than the propagation process of first-order solitons, second-order solitons, and third-order solitons. This article discusses the effects of propagation on first-, second- and third-order solitons. A popular approach to supercontinuum generation through soliton fission is the higher-order soliton technique for spectral generation.
Publisher
Penerbit UTM Press