光分束器
- 网络beam splitter;optical splitter
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光子晶体矩形波形滤波器和大角度光分束器的实现
The Realization of Photonic Crystals Impurity Band and a Large Separating Angle Beam Splitter
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它由激光器、电子线路控制的电磁快门、光分束器、倒锥式激光能量计和激光电定标仪等组成。
It consists of a laser , an electronic circuit controlled electromagnetic shutter , a beam splitter , a laser calorimeter and a laser powermeter .
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三维集成光分束器的研究进展
Progress in three-dimensional integrated optical beam splitters
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三维集成多模干涉型光分束器的研究复杂单臂机器人集束型装备调度模型
Study of Three-Dimensional Multimode-Interference Optical Power Splitters ; Scheduling Model of Complicated Cluster Tools with Single-Blade Robot
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最后报道了器件作为可调光分束器或光开关的研究实例。
In the end , an experimental study on an acoustooptic tunable splitter or a switch is reported .
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阵列光分束器是一种应用极为广泛的微光学器件,在光通信、光计算等领域发挥着重要的作用。
Array beam splitter is an extremely widely used micro-optical device , it plays an important role in the field of optical communications and optical computing .
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三维集成光分束器在保持二维集成光学器件的可靠性和结构稳定性的基础上,有效扩大了单个芯片上的通信信道数,增加了集成密度,缓和了二维平面结构输入输出困难等问题。
3-D optical beam splitters effectively increase the density of integrity and channel number and overcome some of the input / output problems in 2-D integrated optics while preserving the reliability and structural stability of the latter .
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;该信号输入到啁啾FBG,反射光经过偏振分束器将产生四倍频重复速率的脉冲序列。基于相位调制和高阶色散补偿的光脉冲压缩与生成。
When the signal is transmitted in the chirped FBG , the reflected light then results in rate-quadrupled pulse sequence after passing through the polarizer . Finally , the pulse compression and generation based on the phase modulation and high order dispersion compensation is investigated .
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为适应新型光网络对偏振分束器的要求,本论文提出一种基于Ti扩散铌酸锂波导的偏振分束器。
In order to meet the new generation optical network requirements , this paper proposes a PBS based on Ti : diffuse lithium niobate waveguide .
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针对传统偏振分束器窄波段、窄角度范围的不足,研制了一种在宽波段宽角度范围内具有180°分光功能的偏振分束器/耦合器。
To Overcome the shortages of conventional polarizing beam splitters , narrow waveband and limited angle range , a polarizing beam splitter / combiner with wide waveband and angle range of 180 ° is developed .