1.
Effect of Curvature on Reflection Phase Feature of Electromagnetic Band-gap Structures
曲率对EBG结构反射相位特性的影响
2.
Strip-type AMC Structure and Analysis to Its Reflection Phase Characteristic
条带型人工磁导体结构及其反射相位特性分析
3.
Analysis of reflection phase for high impedance surface based on a transmission line model
基于传输线模型的高阻表面反射相位分析
4.
If the velocity relationships are revised, then the hyperbola is of the opposite phase from the reflection.
如果速度关系颠倒，则双曲线相位便与反射的相位相反。
5.
Modes of Unstable Resonators with Phase Gaussian Variable Reflectivity Mirror;
相位型高斯变反射率镜非稳腔的模式
6.
Finally, we determine the changes in the phases of the components of the reflected and the incident wave.
最后，我们求反射波和入射波各分量的位相变化。
7.
The results show that these reflective phase compensators own some advantages of high-reflectivity, continuous tunable phase compensation etc.
分析结果表明，这些反射型相位补偿器都具有反射率极高、相位补偿连续可调等优点。
8.
The Analysis about Phase Jump When Electromagnetic Wave is Reflected at Interface of Medium;
电磁波在介质表面反射过程中位相变化的分析
9.
Measurement of Reflectivity of Optical Mirrors Using Laser Phase Modulation and Fineness of F-P Cavity;
激光相位调制F-P腔精细度法测定反射率
10.
Influence of Polarization State on Reflection Efficiency of Self-pumped Phase Conjugation
偏振特性对自泵浦相位共轭反射率的影响
11.
A Study on the Optimal Feeds Phase Center for Distorted Reflector Antennas
变形反射面天线馈源最佳相位中心的研究
12.
Influence of the polarization dueing to the output mirror on the efficiency of Ⅱ-type non critical phase match
输出镜反射性对Ⅱ类相位匹配倍频效率的影响
13.
The Reflected Beam's Phase Aberration Induced by the Fabrication Errors of Corner Cube Retroreflector
角锥棱镜的误差引起的反射光束相位误差分析
14.
back reflection X-ray camera
背面反射X射线照相机
15.
On the other hand an object seen in reflected light will surely display some phase correlation between its various scattering points.
反之，在反射光中看到的物体，它的各个散射点之间肯定将呈现某种位相相关性。
16.
Unfortunately, some beam positions do not have the same phase shift in the reverse direction.
不幸的是有的波束位置在反射方向上没有相同的相移。
17.
Instead, most of the incoming energy reappears as the reflected wave.
相反，大部分入射能量都重现为反射波。
18.
A phase difference of 90°may therefore be obtained by means of two successive total reflections at either of these angles.
所以，如果在其中某一角度接连全反射两次，则可获得90°的相位差。