1·Effect of laser beam incident Angle on laser cutting quality.
激光切割中入射角对切割质量的影响。
2·When the incident Angle is around the three angles, the lateral shift is very large.
当入射角在这三个角附近时，横向偏移变得非常大。
3·Our study shows that the transmitted intensity sensitively relies on the incident Angle.
研究表明，透射光强对入射角有着敏感的依赖关系。
4·The polynomial coefficients are expressed as another power series of cosine of incident angle.
其多项式系数又表示为入射角的余弦的另一个羃级数。
5·The profile of transmitted Gaussian beam varies with the change of incident angle and air-gap thickness.
且透射高斯光束的形状也随光的入射角以及空气隙厚度的改变发生变化；
6·For the TE wave or the TM wave, the reflection coefficient will become zero at a certain incident Angle.
不论是TE波还是TM波，当以某一入射角入射时，反射系数都有可能变为零。
7·The suitable ranges of incident angle and wavelength in which the grating can work effectively are given.
给出了光栅的抗反射特性所适用的入射角度及波长范围。
8·The change of narrow defect mode under gradual changes of incident Angle is studied by use of eigen matrix.
用特征矩阵法研究了窄带缺陷模在入射角缓慢变化中的变化规律。
9·For strong anisotropy crystal, the maximum incident Angle that yields the negative refraction could be very large.
各向异性强的晶体实现负折射的入射角范围可能会很大。
10·The incident Angle dependences of the cross sections for single event upset and single event latchup are presented.
获得了单粒子翻转和单粒子闭锁截面与入射角度的依赖关系。
1·The formulae for isotropic elastic impedance neglecting the effects of seismic anisotropy can't describe accurately the variation of elastic impedance with incident Angle and azimuth.
忽略各向异性影响的各向同性弹性阻抗公式不能正确地描述各向异性介质中弹性阻抗随入射角和方位角的变化。
2·Effect of laser beam incident Angle on laser cutting quality.
激光切割中入射角对切割质量的影响。
3·According to the multi-beam interference occurred at the air gap for the polarizing light of Taylor prism, the transmitted light intensity depends on the incident Angle.
通过泰勒棱镜的单色偏振光束在空气隙处发生多束光的干涉，使得透射光强依赖于入射角的大小。
4·Besides, in analysis of reflectivity versus incident Angle of absorbing materials, it used to use linear interpolating method and resulted in considerable error.
此外，在以前分析计算吸波材料的反射率与入射角的关系时，常采用性线插值法，这会引入较大的设计误差。
5·Our study shows that the transmitted intensity sensitively relies on the incident Angle.
研究表明，透射光强对入射角有着敏感的依赖关系。