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A nonlinear Schroedinger equation describing the polarization mode and its chirped optical solitons

机译:描述偏振模式及其啁啾光孤子的非线性施罗格方程

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摘要

A nonlinear Schrodinger equation describing the polarization mode in an optical fiber which involves different physical terms such as quintic nonlinearity, self-steepening effect, and self-frequency shift is investigated in the present paper. The study goes on by adopting a field function and effective ansatzes to arrive at a highly nonlinear ODE which is formally solved with the help of the modified Kudryashov and exp_a-function methods. As a result, a series of chirped optical solitons along with nonlinear chirps is retrieved, confirming the fantastic performance of schemes.
机译:在本文中研究了涉及不同物理术语的光纤中的偏振模式的非线性Schrodinger方程,如本文研究了不同的物理术语。 该研究通过采用现场功能和有效的Ansatzes来达到高度非线性颂歌,该高度非线性颂歌在修改的Kudryashov和Exp_A功能方法的帮助下正式解决。 结果,检索一系列啁啾光学孤子以及非线性啁啾,确认方案的奇妙性能。

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