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Modal bifurcation in chiral multilayered fibers

机译:手性多层纤维的模态分叉

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摘要

In this paper, we investigate the modal bifurcation in chiral multilayered fibers through an approach of rigorous modal theory. The mirror symmetry of this theory is presented to provide physical insights into the modal bifurcation. The modes that are double degenerate and mirror images originally in achiral fibers are bifurcated by the chirality in chiral fibers. The modal bifurcation in chiral Bragg fibers is examined as an application of the theory. General guidelines of designing chiral Bragg fibers to possess circular polarization selectivity and wavelength selectivity are proposed from physical considerations and verified by numerical calculations.
机译:在本文中,我们通过严格的模态理论研究手性多层纤维中的模态分叉。提出了该理论的镜像对称性,以提供对模态分叉的物理见解。通过手性纤维中的手性,将双简并的模式和原始非手性纤维中的镜像分叉。作为该理论的应用,研究了手性布拉格纤维中的模态分叉。出于物理考虑,提出了设计具有圆偏振选择性和波长选择性的手性布拉格光纤的一般准则,并通过数值计算进行了验证。

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