In one embodiment of the present invention, the beam splitter is in the shape.
在目前的发明中，光束分离器是一种截面为直角三角形的装置。
Beam splitter prism realizes the differential cutting and complex polarization.
实现了对光束的微分剪切及复合偏振。
Design and fabrication of polarizing beam splitter for projection display system.
应用于投影显示系统的偏振分光镜的设计和制备。
The most advantage of this kind of beam splitter is being fabricated and integrated easily.
这种分束器的最大优点在于容易加工和集成。
We study the projection measurement of the entangled output states generated by beam splitter.
研究了对分束器产生的量子纠缠态进行投影测量的性质。
The beam splitter comprises a first glass prism element which is joined to a second prism element.
这种分光镜包括将第一个玻璃棱镜的元素渗入到到第二个棱镜中。
Dielectric beam splitter was employed in this system, which facilitates the scan of scattering Angle.
该系统使用了介质分束片，可以方便地进行散射角扫描。
As the simplest shaping pulse double pulse produced by a beam splitter is first used to ablate the sample.
使用分束片获得的双脉冲作为最简单的整形脉冲，首先被用来烧蚀样品。
The unpolarized light from a lamp would be concentrated by a reflector and directed to a polarizing beam splitter.
灯发出的散射光将集中到一个反射面，并指向一偏振分光镜。
The beam splitter based on photonic crystal waveguides is taken as an essential component in integrated optical circuits.
光子晶体波导分束器是集成光学电路的重要组成元件。
The invention provides a polarization beam splitter based on auto-collimation of photonic crystal and beam splitting method thereof.
本发明提供了一种基于光子晶体自准直的偏振分束器及其分束方法。
Methods: Carbon grain Kuo clear law was adopted to discuss the photometry of beam splitter of the hemolysis of red blood cell (QHS).
方法：采用碳粒廓清法，对淋巴细胞介导红细胞溶血的分光光度法（QHS）进行探讨。
Today, polarizer used frequently and of excellent performance are polarizing prism and beam splitter prism, which are made by Iceland.
目前，使用最多、性能优良的偏光器件是由天然晶体冰洲石制作的棱镜型起(检)偏镜以及偏光分束镜。
Thus, by optimized the process and packaging technology can make thin film polarizing beam splitter to reach the application requirements.
由此可见，通过优化镀制工艺和封装工艺可以使薄膜偏振分束镜的指标达到使用要求。
The effects of parameters of optical beam splitter on-Doppler signals in a dual beam LDV were discussed, and the formulae about these effects were given.
本文着重讨论了双光束条纹型激光多普勒测流系统中，光学分束系统参数与散射信号的关系，列出了有关的公式。
The effects of optical medium including light beam splitter and reflecting metallic film on laser polarization state in a coherent CO_2 lidar are discussed.
讨论了红外相干激光雷达中光学介质对偏振光束的影响程度，包括光束分束片和反射镜片的影响，给出了定量的结果。
If the two arms have identical lengths, then interference between the light beams returning to the beam splitter will direct all of the light back toward the laser.
如果两条边一样长，分光器发射的激光将被完全反射回分光器。
It can be approved by the theory and experiment that the extinction ratio of the parallel beam splitter is better than 10 ~ (-3), and the shear difference is improved too.
理论分析和实验测试表明，该棱镜消光比优于10 -3，且可以实现大的横向剪切。
Then you send laser light through a beam splitter to divide the beam between the two arms, and let the light bounce back and forth a few times before returning to the beam splitter.
然后你通过分光器发射一束激光，让光线在两条边不断反射再回到分光器。
The returning light beams merge together at the beam splitter and create an interference pattern of light and dark regions where the light waves either cancel out or reinforce each other.
返回的两束光在分束器处汇合，产生由亮区和暗区组成的干涉图案，图案中，光波要么相互抵消要么相互增强。
By means of electron beam evaporation and ion source auxiliary technology, the paper shows the influence of the number of layers on the quality of film polarization beam splitter prism.
采用电子枪蒸镀离子源辅助技术，讨论了薄膜层数对偏振分束棱镜性能的影响。
Continuing along its path, this portion of s-polarized light would be reflected twice by the lamp reflector, and would finally be reflected perpendicularly, by the beam splitter, toward the LCD panel.
继续沿其路径，这部分的s偏振光将灯泡反光罩反射两次，最终由偏振分光镜得到垂直反射到液晶面板。
It is for this reason that you need a device, such as Dr Shields's, which can detect and count individual photons as they come out of different parts of the beam-splitter.
基于这个道理，你需要一个诸如谢尔兹博士所设计的设备，当光子从分束器不同地方出来的时候，可以检测并计数单个光子。
If they are the same, the two photons will come out of the beam-splitter together.
如果他们状态一样，这两个光子就在分束器一起出来。
A method of generating the single-photon entangled states of a single photon state and a vacuum state through utilizing optical beam-splitter and single-photon source is described.
使用光学分束器和单光子源，利用单光子态和真空态制备出了纠缠单光子态。
The wave propagation characteristics of the splitter are numerically simulated by the finite difference beam propagation method and experimentally investigated.
首先用有限差分光束传播法模拟了器件的光波传播特性，然后进行了初步的实验验证。
The optical focus sensor includes a splitter configured to split the radiation beam into a first sub-beam and a second sub-beam.
光学聚焦传感器包括分束器，该分束器配置为将辐射光束分为第一子光束和第二子光束。
The optical focus sensor includes a splitter configured to split the radiation beam into a first sub-beam and a second sub-beam.
光学聚焦传感器包括分束器，该分束器配置为将辐射光束分为第一子光束和第二子光束。
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