1) photonic crystal cross waveguide
光子晶体十字波导
1.
A new kind of photonic crystal cross waveguides with defect structure is propesed.
提出一种在光子晶体十字波导中加入点阵缺陷的特殊结构波导。
2) photonic crystal waveguide
光子晶体光波导
1.
Because of their excellent characteristics,the photonic crystal waveguide can be randomly bent,which makes the volume of integrated optical circuit very small.
光子晶体光波导由于其优越的光子局域化性能,因此可以实现任意的弯曲,从而大大减小了集成光路的体积。
3) photonic crystal waveguide
光子晶体波导
1.
Analysis of Transmission Spectrum in Horn-Placket Photonic Crystal Waveguide
喇叭型开口光子晶体波导的传输谱研究
2.
Enhancing the emission efficiency in photonic crystal waveguide with coupled waveguide arrays
利用耦合波导列提高光子晶体波导辐射
3.
A new way of uniform splitting of the optical power by directional coupling between the photonic crystal waveguides
一种实现光子晶体波导定向耦合型多路光均分的新方法
4) photonic crystals waveguide
光子晶体波导
1.
Analysis of photonic crystals waveguide by FDTD method;
光子晶体波导的FDTD分析
2.
FDTDArithmetic Programming in photonic crystals waveguide on the Basis ofMatlab Language;
基于Matlab的光子晶体波导仿真研究
5) photonic crystal waveguides
光子晶体波导
1.
The propagating characteristics and mode profiles of three parallel photonic crystal waveguides are studied by using finite-difference time-domain method,and the coupling coefficient between the parallel photonic crystal waveguides is obtained with coupled-mode theory.
采用时域有限差分法研究三平行光子晶体直波导的传输特性及模场分布,结合耦合模理论计算光子晶体波导的耦合系数。
2.
The propagating characteristics and mode profiles of two parallel photonic crystal waveguides were studied by using finite-difference time-domain method (FDTD),and the coupling coefficient between the two parallel photonic crystal waveguides was obtained with coupled-mode theory.
采用时域有限差分法研究两平行光子晶体波导的传输特性及模场分布,利用耦合模理论计算光子晶体波导的耦合系数。
6) Photonic crystal waveguide gratings
光子晶体波导光栅
补充资料：光波导
| 光波导 optical waveguide 由光透明介质(如石英玻璃)构成的传输光频电磁波的导行结构。光波导的传输原理是在不同折射率的介质分界面上，电磁波的全反射现象使光波局限在波导及其周围有限区域内传播。现代应用的光频的波长介于0.8～1.6微米之间。实用光波导有光导纤维、薄膜波导、带状波导3类。光导纤维的一个传输特性是衰减很小、频带很宽、抗电磁干扰，主要用于通信；光导纤维的另一传输特性是对外界的温度和压力等因素敏感，因而可制成光导纤维传感器，用于测量温度、压力、声场等物理量。薄膜波导与带状波导主要用于制作有源和无源的光波导元件，如激光器、调制器和光耦合器等。它们采用半导体薄膜工艺，适合于制成平面结构的集成光路(即光集成部件)。 |
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