论文标题
等离子体 - 摩尔顿的时间非线性动力学，这是一种基于振荡的方法
Temporal nonlinear dynamics of plasmon-solitons, a Duffing oscillator-based approach
论文作者
论文摘要
本文介绍了等离子波导中等离子体 - solitons的时间非线性动力学。行驶方程被认为是管理等离子波导的非线性振幅方程的时间部分。结果表明，悬挂振荡器波形代表了等离子体 - 丝龙波的时间非线性动力学。 Lorentz型明亮和深色孤子能量的交换引起了Fano的共鸣。因此，表明孤子的相互作用和等离子体 - 丝状的形成本质上是非线性的。因此，可以表明，通过调整等离子波导的非线性，可以实现等离子体 - 溶液的非线性调制。
This paper deals with the temporal nonlinear dynamics of plasmon-solitons in a plasmonic waveguide. Duffing equation is recognized as the temporal part of the nonlinear amplitude equation governing the plasmonic waveguide. It is shown that Duffing oscillator waveforms stand for the temporal nonlinear dynamics of plasmon-soliton waves. The exchange of Lorentz-type bright and dark solitons energies gives rise to a Fano resonance. It is thus shown that the interaction of solitons and the formation of plasmon-solitons is inherently nonlinear. It is accordingly indicated that the nonlinear modulation of the plasmon-solitons is achievable via tuning the nonlinearity of the plasmonic waveguide.
