| 1. | Once the wavelength approaches the intermolecular distance , the specific dispersion relation becomes important
一旦波长接近分子间的距离时，各自特定的色散关系就变得重要了。 |
| 2. | In this thesis , the dispersion relation ( eigen value equation ) of dispersion compensation fibers is obtained by a scalar - wave analysis
本文首先用标量近似法推导了色散补偿光纤的色散方程，这个结论适用于任何三包层光纤结构。 |
| 3. | The dispersion relation within the long - wave limit is linear , which is the same as that for the bose gas of superfluid phase in the absence of the optical lattice
在长波极限下，色散关系是线性的，这与无外场时的色散关系相同。 |
| 4. | Moreover , it is confirmed that more desired results could be obtained by utilizing the li ' s new dispersion relation ( 2003 ) instead of the linear form
另外还证实了在缓坡方程中引入非线性色散关系可以明显改善缓坡方程模型的计算结果。 |
| 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. | 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。 |
| 7. | 2 . on the degeneracy properties in the dispersion relation of photonic crystal it is an intractable problem to explain the dispersion relation and degeneracy properties in it for photonic crystals
光子晶体色散关系中简并结构的理论研究对于光子晶体的频带结构和频带结构中的简并一直是一个备受关注的问题。 |
| 8. | A new accurate method for measuring the birefringence of muscovite mica has been reported in terms of the dispersion relations of the indices and the variety relations between the phase delay and the wavelength
摘要根据云母折射率的色散关系和相位延迟随波长变化关系，给出了一种测量双折射率比较精确的方法。 |
| 9. | On computational methods in photonic crystal finite difference time domain method ( fdtd ) and plane wave expansion method ( pwe ) are widely used in calculation the dispersion relation of the photonic crystals
光子晶体计算方法的研究用于计算光子晶体的计算方法中，有限时域差分方法( fdtd )和平面波展开方法被广泛使用，我对这两种方法都有所研究，也有所突破创新。 |
| 10. | 3 ) coupled higher - order nonlinear schr ( ? ) dinger equations ( chnlse ) , governing the evolution of two orthogonal polarization components of ultrashort optical pulse in birefringent fiber , are derived from the dispersion relation
3 )从色散关系出发，推导了描述超短光脉冲不同偏振分量在双折射光纤中传输特性的耦合高阶非线性薛定谔方程( chnlse )与用多重尺度法得到的相同。 |
