| 1. | The flatness and the bandwidth of the sc spectrum are affected by the dispersion characteristic in a sc fiber
色散曲线的特性对超连续谱平坦度及宽度有重要的影响。 |
| 2. | A flat and broad sc spectrum can be obtained by optimizing the chromatic dispersion design of the sc fiber
通过对色散曲线的优化设计，可以获得平坦展宽的超连续谱。 |
| 3. | The dispersion curves arc simulated , optimal simulated expressions of curve ' s different part are obtained
在对色散曲线进行拟合时，得出了曲线中不同部分的最佳拟合式。 |
| 4. | Modal characteristic equations of mode he11 , te01 , tm01 are analysed with numerical method and their dispersion curves are given
对he11 、 te01 、 tm01三个低阶模的特征方程进行了数值计算，给出了它们的色散曲线。 |
| 5. | The main jobs and achievement is the following : 1 . use the approximated - field theory to solve the dispersion relation of corrugated cylinder waveguide
主要的工作和成绩如下： 1 、用近似场求解的方法求解了波纹波导非轴对称模式色散曲线。 |
| 6. | The dispersion curves and simulated dispersion relationship of longitudinal waves without the langmuir wave , the ion sound wave and the ion plasma wave are obtained
得到了除朗缪尔波、离子声波和离子等离子体波外其它纵波的色散曲线和拟合色散关系。 |
| 7. | The results show that the fiber with chromatic dispersion that is a convex function of wavelength in normal dispersion region is favorable for generating a flat sc spectrum
发现在光纤的正常色散区，色散曲线与波长的成凸型函数关系的色散特征，有利于平坦光纤超连续谱的产生。 |
| 8. | In order to have a good design , it is necessary to analyze the dispersion relation of the tm01 mode and determine its operating parameters varying with geometrical structure of the bwo
为了便于器件设计,我们重点分析了tm01模式的色散曲线随器件几何尺寸的变化情况,具有较好的参考价值。 |
| 9. | It is more suitable for the broader sc spectrum generation when the dispersion curve of the fiber is flatter and distance between the two zero - dispersion wavelengths of the fiber is farther from each other
光纤的色散曲线越平坦，色散曲线的两个零色散波长相距就越远，也越有利于超连续谱的展宽。 |
| 10. | The dispersion equation of full relativistic longitudinal plasmon was numerically evaluated , and the dispersion curve and simulated dispersion relationship for full relativistic temperature were given
摘要对完全相对论性纵“等离激元”的色散方程进行数值计算，得到完全相对论性温度下的色散曲线和拟合色散关系。 |
