金属脊-三角形半导体型混合表面等离子体波导研究
Received:April 05, 2017  Revised:September 09, 2017  点此下载全文
引用本文:李志全,岳中,白兰迪,刘同磊,冯丹丹,顾而丹,李文超.金属脊-三角形半导体型混合表面等离子体波导研究[J].Journal of Infrared and Millimeter Waves,2017,36(6):761~766
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Author NameAffiliationE-mail
LI Zhi-Quan Institute of EngineeringYanshan University lzq54@ysu.edu.cn 
YUE Zhong Yanshan University 120142311@qq.com 
BAI Lan-Di Yanshan University  
LIU Tong-Lei Yanshan University  
FENG Dan-Dan Yanshan University  
GU Er-Dan Yanshan University  
LI Wen-Chao Northeastern University at Qinhuangdao  
基金项目:河北省百人计划(4570018);河北省自然科学基金(F2014501150,F2017203316);东北大学秦皇岛分校科技支撑(XNK201405)
中文摘要:提出了一种新颖的基于金属脊-三角形半导体的混合表面等离子体波导结构,基于有限元法对该波导结构进行了数值仿真和分析。主要研究了该结构的电场分布、传输长度、归一化模场面积和质量因数。结果表明:在工作波长为1550nm时,通过优化参数,其有效模场面积达到0.00193,传输长度为37.7um,质量因数为4853,该结构具有较低的损耗。与金属平板混合波导结构相比,本文设计的结构具有更大的质量因数,更强的光场限制能力,波导的综合性能更好。这种波导结构在微纳米光子学、光电子通讯和光信息存储等领域具有广阔的应用前景。
中文关键词:混合表面等离子体波导  传输特性  有限元法  表面等离子体
 
Metal ridge-triangular semiconductor of mixed surface plasma waveguide
Abstract:A novel hybrid surface plasmon waveguide structure is proposed, It is based on metal ridge-triangular semiconductors, the numerical simulation and analysis of the waveguide structure are carried out based on the finite element method.Also, the electric field distribution, transmission length, normalized mode field area as well as quality factor of the structure are considered here. Finally, the results show that: at the operating wavelength of 1550 nm, by optimizing the parameters, its effective mode field area is up to 0.00193, the transmission length is 37.7um, and the quality factor is 4853, besides,the structure has lower loss.Compared with the metal plate hybrid waveguide structure, in this paper, the design of the structure has a greater quality factor and stronger light field limiting ability, what's more, the waveguide comprehensive performed better. This kind of waveguide structure has a wide application prospect in the fields of micro-nano photonics, optoelectronic communication and optical information storage.
keywords:hybrid plasmonic waveguide  transmission characteristics  finite-element method  surface plasmon
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