1.
Design of Tunable Optical Add-drop Multiplexer Based on Photonic Crystal Ring Resonators
可调谐光子晶体微环腔型光分叉复用器的设计
2.
Dynamics in Photonic-Crystal Micro-cavity for Single Photon Sources;
面向单光子源的光子晶体微腔动力学研究
3.
Two-dimensional photonic crystal microcavities with high quality factor and large transmission
一类高品质因子大透过率二维光子晶体微腔
4.
Tuning Characteristics and Quality Factor of One-dimension Photonic Crystal Micro-cavity
一维光子晶体微谐振腔的调谐特性与品质因子
5.
Fundamental Research and Performance Analysis of Photonic Crystal Microcavity;
光子晶体微谐振腔的理论研究与性能分析
6.
Design of high polarization and single-mode photonic crystal laser
光子晶体微腔中高偏振单偶极模的研究
7.
The principle, design, characteristics, fabrication of photonic crystal microcavity light-emitting diode and their devices were presented.
介绍了光子晶体微腔发光二极管的基本原理、计、性、作及其典型器件。
8.
Analysis by Finite Element Method of Substrate Thickness of Microstrip Patch Antenna Surrounded by Photonic Band Gap Structure
环绕光子晶体微带贴片天线衬底厚度影响分析
9.
Investigation on Structure Properties of Slow Light in Photonic Crystal Coupled Resonator Optical Waveguide
光子晶体耦合腔光波导慢光结构特性研究
10.
Research progress of biosensors based on PS and PSM
基于微腔光学晶体生物传感器的研究进展
11.
Study of Monolithic Nonplanar Ring Laser Using Ho: YAG Crystal at 2μm;
2μm掺钬YAG晶体的单块非平面环形腔激光器研究
12.
Photonic crystal microcavity is being extensively interested due to its ability to exhibit enhanced spontaneous emission, directional output, and single-mode operation.
光子晶体微腔因其具有增强自发辐射、向输出和单模工作的能力而受到广泛关注。
13.
Localization Properties and Applications of Photonic Crystal Coupled Cavities;
光子晶体耦合腔的局域特性及应用研究
14.
Frequency Doubling with Periodically Poled KTP at the Fundamental Wave of Cesium D_2 Transition;
利用周期极化KTP晶体外腔倍频铯原子D_2线激光
15.
The Application of Microwave Crystal Structure in GPS Antenna;
微波光子晶体结构在GPS天线中的应用
16.
Analysis of Electromagnetic Photonic Crystals by Locally Conformal FDTD Method;
微波光子晶体的共形FDTD仿真研究
17.
ONE-DIMENSIONAL PHOTONIC CRYSTALS AND ITS APPLICATIONS TO MICROSTRIP ANTENNAS;
一维光子晶体对微带天线性能的改善
18.
Research on Compact Microwave Photonic Crystals Based on UC-EBG Structure
基于UC-EBG的紧凑微波光子晶体研究