用以代替入射狭缝和出射狭缝。
分别分析了刀头不同角度与出射光强的关系。
The relationship between the Angle and the light intensity is analyzed.
因为共有四次反射，出射的像将是右手座标系。
Since there are four reflections, the exiting image will be right-handed.
入射狭缝及光栅固定起来，出射狭缝扫描过罗兰圆。
Entrance slit and the grating are fixed and the exit slit scans across the Rowland circle.
计算结果表明极化转移因子对出射的角度有较强的依赖。
The result shows that decay spin transfer factor strongly depend on moving direction of final-state hyperon.
利用SPIDER装置测量了出射脉冲的脉宽和光谱相位。
The pulse duration and the spectral phase are measured by SPIDER.
介绍一种根据出射光平行度要求计算斜方棱镜面形误差的方法。
A calculation method to calculate the surface shape error of rhombic prism according to parallelism demand of emergent beam is introduced.
其优点在于光束质量好、可以任意改变光束的出射方向和位置。
Its advantage is that the light beam quality is good, the light beam emitting direction and position can be changed optionally.
针对透镜导管出射光线发散角较大的问题，对其结构进行了优化设计。
Aiming at the question that radiation Angle of emergent rays is quite large, we optimized the structure of lens duct.
用标准晶片掠出射x射线荧光曲线的微分评测了实际角发散度的大小。
Practical divergent Angle is evaluated by the derivative of the standard wafer's grazing-exit X-ray fluorescence curve.
从折射定理出发，给出旋转双光楔的入射光线和出射光线之间的对应关系。
Starting from refraction theorem, the corresponding relation between incident light and outgoing light of the rotating double optical wedges is given.
越多的光直接出射而没有被反射器反射后再出射的话，就会得到更高的效率。
The more light that exits directly without being controlled by the reflector, the higher the efficiency.
采用“光重心法”对光纤出射光斑信号进行处理，获取光纤端部的位置特征。
The light center of gravity method is applied to processing optic fiber exited spot signal for acquiring the position features of optic fiber ends.
当入射光束与出射光束平行时，单色同心光学系统空间任一点成几何理想像。
If a monocentric system existed for which an incident collimated beam emerged as exactly collimated, then the system would give geometrically perfect imaging of any point in space.
编码模板是阿达玛变换成像光谱仪的关键部件，用以代替入射狭缝和出射狭缝。
Encoding template is a key component of Hadamard transform imaging spectrometer. It is used to substitute the incident slit and exit slit.
报道了对扫描探针电子能谱仪（SPEES）中俄歇电子出射的理论模拟研究。
The simulation of the Auger electron emissions in scanning probe electron energy spectrometer (SPEES) is reported.
影响离轴抛物镜准直特性的主要因素有离轴量，有效孔径和焦面出射点的位置。
The basic factors affecting collimating characteristic are off-axis magnitude, effective aperture and emission position on the focal plane of off-axis parabolic mirror.
激光末端制导武器系统中，激光照射指示器出射激光的束散角是一个重要的参数。
In laser control and guide system, diverging Angle of laser beam is an important parameter.
虽然还要经过衍射过程，但是这样，出射光便可以被更好的转换为特殊形式的室内光。
A diffraction process is also used, but in this case, the light output can be more finely turned to produce particular internal light patterns.
结果表明，这种新型LED在竖直方向的出射光强比不带微结构的LED有明显增强。
As a result, the vertical extractive light intensity from the novel LED was obviously stronger than that of the LED without microstructures.
采用棱镜透镜组合装置把出射激光束经发射通道聚焦成像，根据光斑半径测量束散角。
Using assembled unit of prism and lens, the laser beam from firing channel is focalized and imaged.
考虑到光纤出射光束的发散，在有效反射率中引入了损耗因子，讨论了它的基本工作原理。
Its principle is discussed, taking the divergent optical beam emitted from the fiber into consideration, which causes a loss factor for the effective reflectance.
线性减光系统使积分球出射口的辐亮度从最大值按照10%递减，线性输出10档辐亮度值。
The linear dimming system makes the radiance of the sphere exit portal decrease prorata 10% from the maximum radiance.
采用理想匹配层边界条件以有效吸收边界面上的出射波，并与色散边界条件的吸收效果作比较。
The perfectly matched layer (PML) boundary condition is used to effectively absorb out going wave on the boundary plane by comparison with the absorbing performance of dispersive boundary condition.
我们首先取出每个事例中测得的次级粒子出射极角的数据，并给出出射极角分布图(直方图)。
Firstly the data of polarized Angle of flying-out particles is extracted and its distribution (histogram) is given.
光谱的测量结果支持靶面表层发生爆炸、出射分子簇团和固体微粒的激光烧蚀沉积动力学机制解释。
These experiment results support the dynamic explanation of explosion and ejecting molecular cluster or solid fragments on laser ablation.
结果表明将三个因素良好的结合来达到更高的取光效率和良好的出射光均匀性，将是今后研究的重点。
The results indicate that how to combine the three factors to achieve higher efficiency and good uniformity of emergent light will be the focus of future research.
结果表明将三个因素良好的结合来达到更高的取光效率和良好的出射光均匀性，将是今后研究的重点。
The results indicate that how to combine the three factors to achieve higher efficiency and good uniformity of emergent light will be the focus of future research.
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