| 1. | Influence of optical fiber dispersion on the wdm systems
光纤色散对波分复用系统的影响 |
| 2. | Fiber optic fibers dispersion - shifted
色散位移光纤 |
| 3. | Influence of the optic fiber dispersion and loss on the fiber - optic pin signal transmission
光纤色散及损耗对光纤探针信号传输的影响 |
| 4. | Finally , the paper discusses the effect of fiber dispersion and non - linear characteristics on the operation of multi - access systems
著重解释光纤本身的色散与非线性特性对波分多路波分多址系统运用的影响。 |
| 5. | This equation can completely describe light pulse transmission actions under numerous circumstances including the fiber dispersion , attenuation and nonlinearity , and even the polarization state of light
该方程描述了光脉冲在wdm光纤系统中的传输行为，包含了在光纤色散、损耗、非线性效应影响下含有不同偏振态的光信号传输情况。 |
| 6. | Especially , linbo _ 3 optical modulators , using m - z waveguides and traveling - wave electrodes , are essential for high - speed and long - haul optical fiber transmission systems since the wavelength chirp is very small and the effect of the fiber dispersion is minimized
采用行波电极的m - z型外调制器调制速率高,波长的啁啾噪声理论上为零,几乎不受光纤色散的限制,已成为高速长距离光纤传输系统必不可少的器件。 |
| 7. | Especially , linbo3 optical modulators , using m - z waveguides and traveling - wave electrodes , are essential for high - speed and long - haul optical fiber transmission systems since the wavelength chirp is very small and the effect of the fiber dispersion is minimized
采用行波电极的m - z型外调制器调制速率高，波长的啁啾噪声理论上为零，几乎不受光纤色散的限制，已成为高速长距离光纤传输系统必不可少的器件。 |
| 8. | Because of the appearance of erbium doped fiber amplifier ( edfa ) , the problem of optical fiber loss has been solved basically . then people ' s attention is more and more concentrating on the research of the optical fiber communication system which is limited by optical fiber dispersion instead of that which is limited by optical fiber loss
由于掺铒光纤放大器( edfa )的出现，基本上解决了光纤损耗问题，从而使人们的注意力越来越多地从受损耗限制的光纤通信系统转向受色散限制也即受带宽限制的光纤通信系统的研究。 |
