1) autosoliton
自孤子
1.
We studied its mechanisms qualitatively by the application of the theory of autosoliton, pointed out that hydrothermal deposits are autosolitons in active systems with diffusion, and defined hydrothermal ore forming autosoliton.
在研究银山和铜厂等具体矿床分带规律的基础上,总结出热液成矿分带具有径向对称性,并且用自孤子理论研究了其内在机制,指出热液矿床是活性扩散系统中的自孤子,给出了热液成矿自孤子的定义。
2) Soliton self-frequency shift
孤子自频移
1.
The non-linear effect of soliton self-frequency shift(SSFS) in photonic crystal fiber is analyzed.
理论分析了光子晶体光纤中孤子自频移(Soliton Self-Frequency Shift,SSFS)这一光纤的非线性效应,研究了利用SSFS实现波长变换的薛定谔方程求解问题,讨论了输入功率、PCF的长度、非线性系数等参数对波长变换范围及转换效率的影响,指出输入功率与PCF的长度相对于波长变换的输出中心波长从几纳米到几十纳米基本呈线性变化,当使用较长的PCF时,光纤中的高阶孤子和孤子分裂效应将限制波长变换的效率。
3) soliton self-trapping
孤子自俘获
1.
2) Soliton self-trapping is realized using the SPM and XPM of PCF, and the influence of PCF characteristic parameters such as group velocity mismatch factor, third-order dispersion, the steep factor and pulse within the raman scattering factor on soliton self-trapping is researched using Matlab based on split-step fourier method in the anomalous dispersion regime of PCF.
2)利用光子晶体光纤的自相位调制和交叉相位调制效应实现孤子自俘获,并基于分步傅里叶方法,利用Matlab仿真分析了在光子晶体光纤的反常色散区,光子晶体光纤的特性参数如群速度失配因子、三阶色散、自陡峭因子和脉冲内拉曼散射因子对孤子自俘获效应的影响。
2.
Based on step-by-step Fourier method,the influences of group velocity mismatch factor δ and high-order dispersion on soliton self-trapping in the photonic crystal fiber is numerically investigated.
基于分步傅里叶方法,仿真研究了光子晶体光纤(PCF)在反常色散区的群速度失配因子δ、高阶色散(主要是三阶色散)对孤子自俘获效应的影响。
4) soliton self-frequency sh
孤子自频率漂移
5) Raman soliton self frequency shift
Raman孤子自频移
6) self-induced transparency soliton
自感应透明孤子
补充资料：自调自净自度
【自调自净自度】
（术语）同自调项。
（术语）同自调项。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条