1·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。
2·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。
3·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。
4·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。
5·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。
6·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。
7·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。
8·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。
9·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。
10·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。
1·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。
2·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。
3·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。