1) all optical polarization switching
全光功能开关
2) functional switches
功能开关
1.
Analysis of failure of functional switches in Macha blaster;
Macha爆炸机功能开关故障分析
3) all-optical switching
全光开关
1.
Theoretical analysis of the all-optical switching characteristic via multisep χ2 cascading;
多级级联二阶非线性效应全光开关特性研究
2.
A all-optical switching based on highly nolinear photonic crystal fiber Sagnac loop mirror;
基于高非线性光子晶体光纤Sagnac环形镜的全光开关
3.
The required performances of non-linear optical materials for all-optical switching devices were described in details,and the advantages of chalcogenide glasses used for optical switching devices are illustrated.
详细分析了全光开关器件对非线性光学材料性能的要求,综述了硫系玻璃作为全光开关器件用材料性能方面的优势,并总结了近年来人们对硫系玻璃在全光开关应用方面的研究成果。
4) all-optical switch
全光开关
1.
Studies of all-optical switching characteristics of ethyl orange azo-dye-doped polymer;
乙基橙偶氮聚合物全光开关特性的研究
2.
Preparation and all-optical switching characteristics of ethyl red doped organic film;
乙基红掺杂有机薄膜的制备及全光开关性能研究
3.
The all-optical switching characteristics of the samples with different doping concentrations were investigated at different powers and different modulating frequencies of the control beam.
研究了在不同功率和不同调制频率的控制光(532nm,CW)激发下,不同掺杂浓度薄膜样品的全光开关特性。
5) all optical switch
全光开关
1.
The all optical switching effect of the sample is studied at different control beam modulating frequency, different control beam power and different temperature of the sample.
作为探测光的线偏振氦氖激光 (6 33nm ,CW)经过样品 ,在与其原来偏振方向垂直的检偏器后的透射光强强度受控制光的调制作用 ,实现了光控光的全光开关效应。
2.
A photo-induced carriers injection effect all optical switch was designed.
设计了一种基于全内反射原理和光生载流子注入效应的X结全内反射(TIR)全光开关。
3.
The principle of arc shape waveguide all optical switch is introduced and the switching characteristic of this kind of switch on ideal Kerr substrate is simulated by finite difference beam propagation method (FD BPM).
本文用有限差分光束传播法 (FD- BPM)模拟并给出了基于理想克尔介质的弧形波导全光开关的开关特性曲线 ,分析了克尔介质中的非克尔非线性效应。
6) all-optical switches
全光开关
1.
Phase-shifting all-optical switches and their applications in OTDM communication systems;
相移型全光开关在OTDM通信系统中的应用
2.
The key devices for microphotonics are semiconductor lasers, which are controlling photons with electrons; the key devices for nanophotonics are all-optical switches, which are controlling photons with photons.
指出微光子技术主要是"以电控光"的技术,其关键器件是半导体激光器;纳光子技术主要是"以光控光"的技术,其关键器件是全光开关。
补充资料:全心功能不全
全心功能不全
*左心功能不全和*右心功能不全同时存在,表现两者共同的症状和体征。但临床上病人常以一侧心功能不全的表现为主。左心功能不全肺淤血的临床表现可因右心功能不全的发生而减轻。
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