欢迎您！东篱公司
退出
-
申报数据库
-
立项数据库
-
成果数据库
-
项目获奖数据库
中文摘要：
为设计新型高效光学滤波器、放大器,用传输矩阵法理论对一维光子晶体（（AB）5C2（BA）5）m的光传输特性进行了研究,结果发现：在实介电常量情况下,光子晶体透射谱出现m条窄带共振透射峰,实现可调性多通道光学滤波功能。当C层为含负虚部的复介电常量（介质中掺入增益性杂质）时,仅在归一化中心频率1.0ω/ω0处出现一条超窄带透射峰,且透射峰出现很强的透射增益现象,增益放大倍数最高达104数量级,实现高效光学滤波、放大的功能;同时,归一化中心频率1.0ω/ω0处出现极强的受激辐射。透射增益和受激辐射强度与重复周期数m及C层复介电常量的负虚部大小密切相关。这些特性为实验制备工作提供了理论依据。
英文摘要：
To design new high-performance optical filters and amplifiers,the optical transmission characteristic of one-dimensional photonic crystal（（AB）5C2（BA）5）m was studied based on transfer matrix method.The result shows that as the dielectric constant is the real number,there appear m narrow-band transmission resonance peaks in the transmission spectrum,which can realize the function of adjustable multi-channel optical filtering.When the layer C is the complex dielectric constant containing negative imaginary part（added with active matter）,there only appears one super-narrow-band resonance peak at the normalized center frequency of 1.0ω/ω0,and the resonance peak strongly gains with a multiple of up to 104 orders of magnitude.The functions of high-performance optical filters and optical amplifiers are realized.Meanwhile,an extremely strong stimulated radiation appears at the normalized center frequency of 1.0ω/ω0.The transmission gain and the intensities of stimulated radiation closely relate to repetition period m and the size of the negative imaginary part of the complex dielectric constant in layer C.The features all above provide theoretical basis for preparation work of the experiment.
同期刊论文项目
同项目期刊论文
期刊信息
位置：