1) angle of polarization
偏振角，极化角
2) polarizing angle
起偏振角，偏振角
3) polarization angle
偏振角
1.
using the model to compute reflection angles corresponding to all samplingpoints on every trace to solving for the polarization angle of downgoing P-wave by using the ampli tude ratio between the direct waves from the two horizontal components.
此法有三个步骤构成：（1）用模型计算每一道、每一个采样点所对应的反射角；（2）用三分量中两个水平分量的直达波振幅比先求取下行P渡的偏振角，然后经过时不变角度旋转求取合成后的水平分量；（3）用三分量资料的直达P波垂直分量和合成后的水平分量振幅比先求出直达P波的入射角，然后把三分量资料向直达P波偏损方向投影求得最佳下行波能量的WD记录，向上行P波偏振方向投影求得最佳上行P波能量的记录WU。
2.
By varying the incident and detection polarization angles in a fixed increments, a series of images corresponding to different combinations of incident and detection polarizations are recorded.
提出一种基于旋转偏振角的新的偏振光成像方法:改变入射线偏振光偏振角和检偏角,采集样品图像系列,总结出背向散射光2个正交偏振分量的光强差关于入射线偏振光偏振角和检偏角的函数关系式。
3.
Shearwave will split into fast shearwave parallel to fracture strike and slow shearwave vertical to fracture strike when shear-wave passes through fractured medium, its polarization angle varies with traveling time and space of shear-wave.
横波在穿越裂隙介质时会分裂成平行裂隙的快横波和垂直裂隙的慢横波,其偏振角随着波传播的时间和空间而变化。
4) polarized angle
偏振角
1.
It was found that the phenomenon of pulse trapping occurred when the polarized angle was deviated from 0 degree and 90 degrees of the fast axis.
当输入脉冲位于反常色散区且偏振角偏离光纤快轴0°和90°时可观察到脉冲俘获现象,脉冲俘获效率在偏振角为45°时最小,当脉冲的入射角度互余时,小角度的脉冲俘获效率更高。
5) polarizing angle
偏振角
1.
According to the theory of Jones matrix and ray tracing method,the distribution of light intensity and the change of polarizing angle out of plane-convex lens with a polarized incident light have been abtained.
根据琼斯矩阵理论,采用光线追迹的分析方法,推导得到线偏振光通过平凸透镜的偏振角改变量和出射面光强分布,主要讨论了光轴上点光源和平行光入射时,透镜出射面偏振状态的改变规律,理论与实验结果基本一致。
6) angle of polarization
偏振光角
补充资料：定风波 商角调 商角调 西江客舍
【诗文】：
恨行云、特地高寒，牢笼好梦不定。婉娩年华，凄凉客况，泥酒浑成病。画阑深，碧窗静。一树瑶花可怜影。低映。怕月明照见，青禽相并。素衾自冷。又寒香、枕上薰愁醒。甚银床霜冻，山童未起，谁汲墙阴井。玉笙残，锦书迥。应是多情道薄＊。争肯。便等闲孤负，西湖春兴。
【注释】：
【出处】：
恨行云、特地高寒，牢笼好梦不定。婉娩年华，凄凉客况，泥酒浑成病。画阑深，碧窗静。一树瑶花可怜影。低映。怕月明照见，青禽相并。素衾自冷。又寒香、枕上薰愁醒。甚银床霜冻，山童未起，谁汲墙阴井。玉笙残，锦书迥。应是多情道薄＊。争肯。便等闲孤负，西湖春兴。
【注释】：
【出处】：
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条