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- Itis investigated the adiabatic compression of picosecond soliton pulses from a DFB laser operating at1 5 5 0 nm in the fibers with slowly decreasing dispersion(FSDD) . 本文实验研究了孤子脉冲在色散缓变光纤中传输时的动力学特性 ;发现孤子脉冲在色散缓变光纤中能被压缩 .
- The results show that the propagation property of second-order femtosecond soliton is similar to that of second-order picosecond soliton, which is periodic. 结果发现二阶飞秒孤子的演化特性与二阶皮秒孤子的演化特性非常相似，都具有很好的周期性；
- picosecond solitons 皮秒孤子
- Numerical Study of Picosecond Optical Soliton with Weak "Platform"[J]. 引用该论文 郝瑞宇;李录;杨荣草;周国生.
- But for third-and fourth-order femtosecond solitons, different from the corresponding ones in picosecond dimension, the higher-order effects destroy the periodicity of the propagation. 而三阶和四阶飞秒孤子的演化特性与相应的皮秒孤子的演化特性有很大不同，高阶效应的存在不同程度上破坏了三阶和四阶孤子演化的周期性。
- The interaction between femtosecond dark solitons is similar to that of the picosecond dark solitons.They are more stable than the bright solitons and have only little repulsive force between them. 飞秒暗孤子间的相互作用与皮秒暗孤子基本相同，它们比亮孤子更加稳定，只有微小的排斥作用，同样也不具有周期性。
- Although it is possible to obtain picosecond or sub-picosecond optical pulse in a dispersion decreasing fiber by adiabatic soliton compression, the output pulse is not satisfying due to the wide pedestal accompanied with the pulse. 虽然色散渐减光纤中高阶孤子非绝热压缩可以得到皮秒或亚皮短秒脉冲,但是利用这种光纤压缩技术获得的脉冲往往伴有较宽的基座。
- The two solitons in one pair can interact with each other. 形成这种孤子对的两个孤子之间可以发生相互作用。
- A stable optical spatial soliton is found when the inp... 该结果与数值解基本一致。
- The breather is a special localized-in-space"oscillating"soliton. 呼吸子是局域在空间的一种特殊的孤立子。
- Third-Order Dispersion Compensation in Picosecond Pulse Transmission System[J]. 引用该论文 郭淑琴;薛文瑞;李仲豪;周国生;周国生.
- Picosecond pulse generation by stimulated Brillouin scattering compressor[J]. 引用该论文 王超;吕志伟;何伟明.
- Compression of Picosecond Optical Pulses in Comb-Like Dispersion Fiber[J]. 引用该论文 戴居丰;马晓红;于晋龙;杨恩泽.
- Propagation of Spatiotemporal Incoherent Solitons and Coherence Properties[J]. 引用该论文 刘伟青;施解龙;王奇;陈园园.
- El Naschie has retired as Editor-in-Chief for Chaos, Solitons and Fractals. 从1993年到去年底，他作为作者在这份期刊上发了322篇论文。
- The probability of quasi-square wave spatial solitons is also involved. 提出了准方波形空间光孤子的可能性。
- These "bright" energy states dissipate the energy much faster, in less than one picosecond. 这些”亮“能量状态转移速度更快，少于一皮秒。
- Because the soliton lattice should be emerged in trans polyacetylene whe. 反式聚乙炔在重掺杂时会出现孤子晶格，在能隙中央形成孤子能带。
- P.G.Drazin, R.S.Johnson, Soliton: an Introduction, Cambridge University Press. 普雷柏拉等;计算几何导论;科学出版社.
