two dark-soliton 暗孤子
ring dark soliton 暗孤子环
dark soliton train 暗孤子链
vector dark soliton 矢量暗孤子
optical dark soliton 光学暗孤子
chirped dark soliton 尖暗孤波解
spatial dark soliton 空间暗孤子
The results show that changing the input amplitude of the dark soliton can adjust the spatial shift of the center of the bright soliton effectively and accurately.
结果表明，改变暗孤子的入射强度能够有效而准确的控制明孤子在晶体中传播时中心的偏转量。
参考来源 - 光折变空间孤子的理论研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The results show that chirped pulses can be compressed and dark soliton can be formed.
由啁啾演变结果可得，在正常色散区可形成暗孤子，也可实现对皮秒脉冲压缩。
The results show: the stochastic dispersion variation apparently leads to the time jitters and reduces the capacity of the dark soliton transmission system.
结果表明：色散随机变化增大了暗孤子到达检测窗口的时间抖动方差而降低了暗孤子传输系统的容量。
In the first chapter, we briefly introduce the research progress, present situation and main methods of soliton theories and perturbation problems of bright and dark solitons.
在第一章中，我们简单介绍孤子理论、亮孤子和暗孤子微扰问题的研究进展、现状和主要方法。
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