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1·We further study the evolution of dark PV solitons in experiments.

进一步实验研究了暗光伏孤子的演化特性。

2·The temporal behavior of photorefractive spatial solitons is studied in this thesis.

本文主要对光折变空间光孤子的时间行为进行了研究。

3·Henceforth, solitons in the nonlinear lattice systems became an active research realm.

此后，非线性晶格体系中的孤子成为一个活跃的研究领域。

4·Strong optical spatial solitons are solitons that satisfy the strong nonlocal condition.

强非局域空间光孤子是指满足强非局域条件的空间孤子。

5·Use of optical solitons singular characteristics, can achieve optical solitons communications.

利用光孤子的奇异特性，可以实现光孤子通信。

6·This paper analyzes the suppression of optical solitons interaction by quasi particle approach.

用准粒子方法分析了光孤子相互作用的抑制问题。

7·The Laguerre-Gaussian beams will form solitons or be reduced to Gaussian beams under certain conditions.

满足一定条件时，拉盖尔-高斯光束将形成光孤子或退化为高斯光束。

8·The numerical results show that the amplification of optical solitons is unstable in the anomalous dispersion regime.

数值计算结果表明：在反常色散范围内，光孤子的放大是不稳定的。

9·It is theoretically showed that proper parameters choice is needed for gap solitons production in fiber Bragg grating.

从而理论上说明了在光纤布拉格光栅中隙孤子存在需要选择适当参量。

10·The effects of two-photon absorption and Raman amplification on the propagation of fundamental optical solitons are studied.

研究了双光子吸收与喇曼放大对基本光孤子传输的影响。

孤立子

1·Transmission without distortion, which can greatly improve the capacity and relaying distance of the optical communication system, can be realized by using optical solitons.

利用光孤立子可实现无畸变传输，大大提高光纤通信系统的容量和中继距离。