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1·A rotary table helps to optimize the beam incidence Angle.

一张旋转的桌子有助于将光线影响之方式角最佳化。

2·While the design thinking and method on incidence Angle of device are introduced simply.

同时简单介绍了有关设备入料角度设计的思路和方法。

3·This paper has discussed the problems related to flow incidence Angle in centrifugal fan.

对与离心式通风机的气流冲角等相关度问题进行了探讨。

4·Furthermore, the multi defect structure has greater tolerance of film thickness and incidence Angle.

同时这种多缺陷的结构对于膜层厚度的变化和入射角度也有很好的宽容性。

5·The influences of the experimental conditions such as core spacing, writing time and incidence Angle were analyzed.

分析了掩模孔间距、写入时间及入射角度等实验条件对写入光子晶格的影响。

6·Generel mathematical expression on incidence Angle of major signal in such signals with the interferometer is presented.

给出了干涉仪测量这类两点源信号中的主信号入射角的通用数学表达式。

7·The vortices of the plume and the height of the jet interaction shock increase with increasing incidence Angle and jet pressure.

高射流压力和射流角增加羽流涡度，激波位置较高。

8·The influence of incidence Angle, blade's flexure Angle and exit conditions on the effect of positive blade flexure is discussed.

讨论了冲角、叶片弯曲角和出口条件对叶片正弯曲作用的影响。

9·A new empirical model relating backscattering coefficient to incidence Angle is provided. The model agrees with experimental results.

根据实验现象提出了新的散射系数与入射角关系模型，与实验数据获得了很好的吻合性。

10·The experiment result indicates that the proposed algorithm is effective in correcting SAR sea ice image's incidence angle bias field.

实验结果表明， 该算法对于SAR 海冰图像的入射角偏差场校正是有效的。

入射角

1·Generel mathematical expression on incidence Angle of major signal in such signals with the interferometer is presented.

给出了干涉仪测量这类两点源信号中的主信号入射角的通用数学表达式。

2·The longitudinal shift varies with the incidence Angle, and the time delay and the variations in the intensity and the time-width depend on the dispersion of the material.

反射光束的纵向位移量随入射角变化而变化，光束的时间移动、强度和宽度的变化与色散系数有关。

3·Based on the phenomenon, the beam which has high efficiency and uniform distributed light intensity can be obtained by changing and optimizing the grating's incidence Angle.

基于这一现象，通过改变双层光栅的入射角，并对其进行优化就可得到效率高且光强分布均匀的光束。

4·Using ECMWF model winds, the relationships of ambiguity selection accuracy with azimuth Angle, incidence Angle and wind speeds are analysed.

本文利用ECM WF模式风场分析了风向多解消除的准确率与天线方位角、入射角以及风速的关系。

5·The influence of quadratic effect of ion-beam etching on pattern profile and the influence of ion-beam etching incidence Angle on slope of pattern sidewall are studied.

介绍了离子束刻蚀的二次效应对图形轮廓以及离子束刻蚀入射角对图形侧壁陡度的影响。