1) dispersion managed soliton(DMS)
色散管理孤子(DMS)
2) dispersion-managed soliton
色散管理孤子
1.
Switch characteristics of dispersion period lengths of dispersion-managed soliton;
色散管理孤子色散周期长度的开关特性
2.
It is shown that the transmission properties of solitons are deteriorated,but the dispersion-managed solitons are hardly affected by random distribution of Kerr coefficient,and dispersion management ca.
结果表明,普通孤子在Kerr系数随机扰动下的传输特性被严重恶化,而色散管理孤子传输几乎不受Kerr系数随机扰动的影响,且孤子之间的相互作用得到了很好的抑制。
3.
The results show that dispersion-managed soliton system with enhanced power input can well improve the performance of long-distance transmission system.
本文采用数值系统仿真的方法,通过比较孤子功率增强输入和孤子基态功率输入时,孤子脉冲的传输波形,分析孤子功率增强对色散管理孤子系统传输性能的影响。
3) dispersion-managed optical soliton
色散管理光孤子
1.
Effects of amplifier spontaneous-emission noise on dispersion-managed optical solitons;
ASE噪声对色散管理光孤子的影响
4) dispersion management soliton
色散管理孤子
1.
And then,the evolution properties of the dispersion management soliton(DMS) in dispersion-shifted fiber were studied by making use of symmetrical slit-step Fourier numerical method.
利用对称分步傅里叶方法对方程进行数值求解,研究了色散管理孤子(DMS)在色散位移光纤中的演化特性。
2.
In this paper three dispersion management system:dispersion management soliton (DMS) system,dense dispersion management soliton (DDMS) system and dispersion-decreasing fiber(DDF) soliton system were investigated by numerically simulation.
对常规色散管理孤子系统(DMS)、密集色散管理孤子系统(DDMS)、色散渐减光纤(DDF)孤子系统进行了数值模拟研究和分析。
3.
In allusion to periodic dynamic change of the soliton parameters such as its amplitude and width in dispersion management soliton(DMS) system,the propagation equation is established to investigate the feasibility and the validity of the suppression of soliton self-frequency shift(SSFS) in the subpicosecond soliton system employing compound control method of time domain and frequency domain.
针对色散管理孤子系统中孤子幅度、脉宽等参数的动态周期变化特性,采用时域和导频滤波复合控制方法,建立了光脉冲的传输方程,研究了短皮秒DM光孤子系统中控制孤子自频移(SSFS)影响的可行性和有效性,采用变分法分析了高速DM啁啾高斯准孤子在喇曼自频移条件下传输演化特性,采用沿线上导频滤波控制方法,将自频移控制在设计范围内,稳定了孤子中心频率。
5) Dispersion Managed Soliton (DMS)
色散管理类孤子
6) dispersion managed soliton
色散管理孤子
1.
The multi-perturbation effects in filter control of dispersion managed soliton system;
多扰动影响下的滤波控制色散管理孤子系统
2.
A combination of differential phase-shift keying(DPSK) modulation format with dispersion managed soliton(DMS) transmission technique can depress the noise and nonlinear damage,and gives additional innovative advantage in densely spaced channels at high bit rates(40 Gbit/s and more) systems.
差分相移键控(DPSK)调制方式和色散管理孤子传输方式的结合能抵制噪声和非线性损伤,在高速(40 Gbit/s以上)多信道系统中具有突出的优点。
3.
The principle of the dispersion managed soliton transmission is introduced.
论述了色散管理孤子的传输原理 ,并利用数值方法模拟了色散管理孤子在不同的传输模式中的传输 ,研究了色散管理孤子特性及其应用。
补充资料：DMS
分子式：C2H6S
分子量：62.13
CAS号：75-18-3
性质：密度0.84。熔点-98°C。沸点38°C。折射率1.4351。闪点-37°C。
分子量：62.13
CAS号：75-18-3
性质：密度0.84。熔点-98°C。沸点38°C。折射率1.4351。闪点-37°C。
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