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- 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.
- We also put forward new schemes about how to decrease the interaction between optical solitons. 并且提出了减弱孤子相互作用的新方案。
- Spatial optical solitons are one of the most ideal approach to realize all-optical circuits and all-optical devices. 空间光孤子是实现全光通信及全光器件的最理想途径之一。
- It achieves good performance in nonlinear optic fiber and optical soliton transmission problems. 在非线性光纤光学、光孤子传输等领域应用该算法都能取得较好的效果。
- The thermo-refractive noise influences the runtime of optical solitons in the detection of gravitational redshift by optical solitons storage rings. 在利用光孤子存储环探测引力红移时，热折射噪声会影响光孤子的运行时间，这种影响可以由研究高斯脉冲串给出。
- That is significant for the long distance and stable propagation of ultrashort optical pulses and the system of optical soliton with ultra-high speed. 这对实现超短光脉冲在光纤中的长距离稳定传输和超高码率的光孤子通信系统具有重大的意义。
- Our studies also reveal that nonlinear PC waveguides can be employed to effectively compress subpicosecond pulses based on the formation of higher-order optical solitons. 最后,我们的研究还发现:利用高阶的光孤子,非线性光子晶体波导可以作为高效的脉冲压缩器。
- The optical soliton might use non-linear Schrdingger equation in the optical fiber transmission model to decide the equation (NLSE) description, . 摘要光孤子在光纤中的传输模型通常用非线性的薛定谔方程(NLSE)描述。
- Present the principle and the transmission system of optical soliton,summarize the development of optical soliton,forecast the applied prospects of optical soliton communication. 介绍了光孤子的形成原理和光孤子通信系统,总结了光孤子通信发展动态,展望了光孤子通信未来发展前景。
- Abstract: In this paper, the physical mechanism and research progress of photorefractive spatial optical solitons are introduced summarily, and the applied prospects of photorefractive spatial optical solitons are also forecasted. 文摘:对光折变空间光孤子的物理机理及研究进展进行了概括介绍，并对它们的应用前景进行了展望。
- When nonlinearity is introduced into the PC waveguides, the nonlinear induced self-phase modulation (SPM) effect could balance the effect of GVD, leading to the generation of optical solitons. 当光子晶体波导材料由非线性材料构成时,与光强相关的自相位调制和群速度色散相互作用,在两者达到平衡时就可以产生光孤子。
- The results show that the bigger chirp influence on the stable propagation of optical soliton, is destractive and even more destractive on exceed high-stepping optical soliton having less pulse width. 研究结果表明：较大的啁啾对光孤子的稳定传输有破坏作用，对脉宽较小的超高速光孤子系统影响更大。
- In this paper, the influence of parameter N and initial chirp on optical soliton formation and transmission is studied by solving the Nonlinear Schrodinger equation in the single mode fiber. 摘要通过求解非线性薛定谔方程，分别研究了参量N和入射脉冲的初始啁啾两个重要因素对单模光纤中光孤子形成与传输的影响；
- two femtosecond optical solitons 两个飞秒光孤子
- Study on optical soliton transmission technologies 光孤子传输技术研究
- optical soliton transmission system 光弧子传输系统
- dispersion-managed optical soliton 色散管理光孤子
- His optic nerve was hurt in an accident. 他的视神经在一次事故中受到损伤。
- Microscopes and telescopes are optical instruments. 望远镜和显微镜是光学仪器。
- The optic theory originated with Einstein. 光学理论是爱因斯坦首创的。
