| 1. | Fiber optic fibers dispersion - shifted
色散位移光纤 |
| 2. | Fiber optic cable dispersion - shifted
色散位移光缆 |
| 3. | Blank detail specification for class lvb dispersion - shifted single mode optical waveguide fibers
1vb级色散位移的单模光导纤维的空白详细规范 |
| 4. | ( 3 ) sc generated in anomalous dispersion region of dispersion - shifted fibers by use of compression effects of higher - order soliton is studied
发现光纤的三阶色散(色散斜率)对sc谱的形成起着关键性的作用。 |
| 5. | The results show that the dispersion slope of dispersion - shifted fiber is crucial to sc generation . a flat and ultra - broad - band sc spectrum is obtained by optimizing the fiber parameters and the peak power , pulse width of pump pulse
通过对光纤色散斜率的优化设计并综合考虑泵浦脉冲功率、脉冲宽度对sc谱谱宽和平坦度的影响，获得了平坦、超宽的sc谱。 |
| 6. | Abstract : analyzes the performance of unipolar ocdma system using optical orthogonal code ( ooc ) considering the dispersion and nonlinearity effect of the transmission medium . theoretical analysis demonstrates that dispersion and nonlinearity effect deteriorate the system performance . the performance of ocdma system assuming dispersion - shifted fiber as transmission medium is very close to the case neglecting the dispersion and nonlinearity effect . assuming rz initial pulse and optical hard limiter are also possible solutions
文摘:分析了基于光正交码( ooc )的光码分多址系统的性能.数值结果表明：与以前忽略光纤信道对系统性能的情况相比，在考虑了光纤的色散和非线性效应以后，系统性能有了明显的下降.给出了一些建议方案来遏制由色散和非线性效应引起的系统性能恶化 |
| 7. | It is found that flat and wideband sc ca n ' t be obtained in common dispersion - shifted fiber , and dispersion - flattened fiber with small normal gvd is most suitable for flat and wideband sc generation ( 2 ) sc generated in dispersion - flattened / decreasing fiber is studied profoundly
结果表明，利用自相位调制效应在常规色散位移光纤一般不能产生平坦、宽带的sc谱。具有较小正常色散的色散平坦光纤有利于平坦、宽带sc谱的形成。 ( 2 )研究了色散平坦渐减光纤中sc谱的产生。 |
