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1·We find that reflection probabilities and reflectivity is linear to when wave vector.

我们发现反射系数在波矢时，反射率与波矢在时呈线性关系。

2·Several parameters related to modulation wave, such as wave vector, wave length and argument phase etc.

详细地讨论了有关调制波的若干参数，如波矢量、波长、幅角、位相等。

3·Thus this paper discusses the physical meaning of the 4-wave vector transformation and gives their relation.

因此本文讨论了四维波矢变换的物理意义并给出它们的关系。

4·We have obtained surface projected band structure and wave vector resolved surface layer densities of states.

分别给出了理想表面和驰豫表面的投影带结构和波矢分辨的层态密度，并进行了较详细的讨论。

5·The dispersion is related to the wave vector and similar to the dispersion relation of the isotropic dielectric.

其色散关系与波矢方向有关，与各向同性的电介质的色散关系相似。

6·The method to selecting the wave vector diagram, the designing consideration and experimental results of the device are presented in the paper.

本文介绍这种器件波矢图的选择，设计方法和实验情况。

7·It is found that under little axial strain, armchair carbon nanotubes are still conductors, but Fermi wave vector, Fermi dot and the effective mass near Fermi face are changed.

在小的轴向拉伸下，扶手椅型碳纳米管仍然是良好的导体，但其费米波矢、费米点及费米面处的有效质量都发生了变化。

8·The relationship between physically observable quantities and perturbed wave vector is explored on the basis of BBGKY hierarchy equations and the second order perturbation theory.

基于BBGKY方程，采用二阶扰动理论探索了可观物理量与扰动波矢的相互关系。

9·Secondly, when the operation frequency is given, the dispersion relation between transverse wave vectors were analyzed with various longitudinal wave vector or modulation coefficients.

其次，在给定工作频率的情况下，分析了不同纵向波矢量和不同调制系数时的横向波矢量间布里渊区色散特性。

10·The experimental result on wave platform shows that the algorithm can effectively improve the calculation precision of image motion vector.

实验室摇摆台电子稳像实验结果表明，该方法可以有效提高图像运动矢量的计算精度。