Optimization of the Fano Resonance Lineshape Based on Graphene Plasmonic Hexamer in Mid-Infrared Frequencies

Junbo Ren; Guangqing Wang; Weibin Qiu; Zhili Lin; Houbo Chen; Pingping Qiu; Jia-Xian Wang; Qiang Kan; Jiao-Qing Pan

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Optimization of the Fano Resonance Lineshape Based on Graphene Plasmonic Hexamer in Mid-Infrared Frequencies

机译：基于石墨烯等级六分机中的中红外频率的FANO共振线厚度优化

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In this article, the lineshape of Fano-like resonance of graphene plasmonic oligomers is investigated as a function of the parameters of the nanostructures, such as disk size, chemical potential and electron momentum relaxation time in mid-infrared frequencies. Also, the mechanism of the optimization is discussed. Furthermore, the environmental index sensing effect of the proposed structure is revealed, and a figure of merit of 25.58 is achieved with the optimized graphene oligomer. The proposed nanostructure could find applications in the fields of chemical or biochemical sensing.

机译：在本文中，作为纳米结构参数的函数研究了石墨烯脱模剂的扇形共振的线φ，例如中红外频率的磁盘尺寸，化学电位和电子动量松弛时间。而且，讨论了优化的机制。此外，揭示了所提出的结构的环境指标感测效果，用优化的石墨烯低聚物实现了25.58的优异图。所提出的纳米结构可以在化学或生物化学传感领域中找到应用。

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《Nanomaterials》 |2017年第9期|共页
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Junbo Ren; Guangqing Wang; Weibin Qiu; Zhili Lin; Houbo Chen; Pingping Qiu; Jia-Xian Wang; Qiang Kan; Jiao-Qing Pan;
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1. Inductive tuning of fano-resonant metasurfaces using plasmonic response of graphene in the mid-infrared [J] . Mousavi S.H., Kholmanov I., Alici K.B., Nano letters . 2013,第3期

机译：使用石墨烯在中红外的等离子体响应，对共振共振超表面进行感应调谐
2. Near- and mid-infrared plasmonic Fano resonances induced by different geometric configurations in subwavelength nanostructures [J] . Yi Jianji, Luo Xiao-Qing, Ou Jie, Physica, E. Low-dimensional systems & nanostructures . 2020,第1期

机译：近红外等离子体扇形围栏源自亚体纳米结构中的不同几何配置诱导
3. An easy approach to reveal the metallic nature of graphene by Breit–Wigner–FanoBreit–Wigner–Fano lineshapes using RamanRaman spectroscopy [J] . Zafar Zainab, Zafar Amina, Tian Yong, Journal of Raman Spectroscopy: An International Journal for Original Work in All Aspects of Raman Spectroscopy, Including Higher Order Processes, and Also Brillouin- and Rayleigh Scattering . 2017,第10期

机译：一种简单的方法，可以通过 breit-wigner-fano breit-wigner-fano lineshapes使用拉曼拉曼光谱
4. Ultra-compact optical switch based on Fano resonance in graphene- functionalized plasmonic nano-cavity [C] . Sergey G. Menabde, Shinho Kim, Heonhak Ha, SPIE Nanoscience + Engineering Conference . 2018

机译：石墨烯官能化等离子体纳米腔中基于Fano共振的超紧凑型光学开关
5. Engineered Plasmonic Nanostructures: Fano Resonance Response, Magnetic Plasmon Resonance for Waveguiding and Hot Electron Induced Photochemistry. [D] . Mukherjee, Shaunak. 2013

机译：工程等离子纳米结构：Fano共振响应，用于波导管的磁等离子体共振和热电子诱导光化学。
6. Optimization of the Fano Resonance Lineshape Based on Graphene Plasmonic Hexamer in Mid-Infrared Frequencies [O] . Junbo Ren, Guangqing Wang, Weibin Qiu, 2017

机译：基于中红外频率的石墨烯等离子体六方体的Fano共振线形优化
7. Optimization of the Fano Resonance Lineshape Based on Graphene Plasmonic Hexamer in Mid-Infrared Frequencies [O] . Junbo Ren, Guangqing Wang, Weibin Qiu, 2017

机译：基于石墨烯等级六分机中的中红外频率的FANO共振线厚度优化
8. Fano Resonance Membrane Reflectors from Mid-Infrared to Far-Infrared. [R] . Shuai, Y., Zhao, D., Yang, W., 2011

机译：从中红外到远红外的Fano共振膜反射器。

Optimization of the Fano Resonance Lineshape Based on Graphene Plasmonic Hexamer in Mid-Infrared Frequencies

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