1) polarization-beam-splitter measurement
偏振分束法
2) polarized beam splitting
偏振分束
1.
The transfer matrix method is used to simulate the polarized beam splitting effect as the Gaussian beam enters the finite one-dimensional metal-dielectric structure for both polari.
分析了一维金属-介质周期结构的能带特性,根据一定频率范围内TM波(磁场方向与界面平行)在结构中的负折射以及TE波的正常折射,提出了一种偏振分束器件。
3) polarization splitter
偏振分束器
1.
A polarization splitter based on ellipticai-hole rectangular-lattice two-core photonic crystal fibers is designed.
应用平面波扩展法分析了椭圆形空气孔、矩形晶格结构的双芯光子晶体光纤中结构参量对光束不同偏振方向的耦合长度的影响,设计了一种基于椭圆形空气孔、矩形晶格结构的双芯光子晶体光纤偏振分束器。
4) polarization beamsplitter
偏振分束器
1.
AOTF s requirements for polarization beamsplitter and its influence on AOTF s performances are discussed.
讨论了用作OADM的声光可调谐滤波器对偏振分束器的要求及偏振分束器对滤波器性能的影响。
5) polarizing beam splitter
偏振分束器
1.
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.
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。
6) polarization beam splitter
偏振分束器
1.
A quantum key distribution system based on two polarization beam splitters;
基于双偏振分束器的量子密钥分发系统
2.
We present the design and simulation of an ultra-compact high-efficiency polarization beam splitter(PBS) based on self-collimation effect and photonic crystal band gap in two dimensional photonic crystals.
结合能带图和等频图分析,基于光子晶体自准直效应和光子带隙,设计了一种紧凑、高效的偏振分束器。
3.
Due to the splitter of the defect modes for s light and p light,this structure can be used as a polarization beam splitter.
利用s光和p光缺陷模式的分离,可把该一维光子晶体制成在正入射条件下的偏振分束器件。
补充资料：偏振
横波的振动矢量(其方向垂直于波的传播方向)具有某一特定方向的现象。纵波的振动矢量方向沿着波的传播方向，所以不可能有偏振现象。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条