2-dimension photonic crystal sub-wavelength structure 二维光子晶体厚膜亚波长结构
At present, though there is not a clearly conclusion of physical mechanism about this phenomena, researchers empolder many optical devices with sub-wavelength structure based on its properties.
目前,虽然人们对这一现象产生的物理机理存在争议,但科研人员利用它的特性开发了许多亚波长结构的光学元器件。
参考来源 - 金属纳米谐振腔中共振特性的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Study on optical sub-wavelength structure has been a subject of great interest in recent years.
光学亚波长结构研究是受国际重视的研究前沿。
Furthermore, It is the main research in our laboratory that study on the ultrafast phenomena in man-made optical sub-wavelength structure, nano-structure, complex molecule and bio-molecule.
而用超快光谱方法研究这类结构及分子中激子等是我室的优势基础。
An approximate equivalent coefficient for two-dimensional sub wavelength was obtained with the related expressions of grating structure.
构造了一种分析方法，然后利用光栅结构的有关表达式得到这种二维结构的近似等效系数。
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