Multi-Cavity Nanorefractive Index Sensor Based on MIM Waveguide

Within this manuscript, we provide a novel Fano resonance-driven micro-nanosensor. Its primary structural components are a metal-insulator-metal (MIM) waveguide, a shield with three disks, and a T-shaped cavity (STDTC). The finite element approach was used to study the gadget in theory. It is found...

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Published inNanomaterials (Basel, Switzerland) Vol. 14; no. 21; p. 1719
Main Authors Yang, Weijie, Yan, Shubin, Xu, Ziheng, Chen, Changxin, Wang, Jin, Yan, Xiaoran, Chang, Shuwen, Wang, Chong, Wu, Taiquan
Format Journal Article
LanguageEnglish
Published Switzerland MDPI AG 28.10.2024
MDPI
Subjects
Accuracy
Analysis
Cavity resonators
Design
Electric fields
Fano resonance
Insulators
Interfaces
Lasers
Light
MIM waveguide
Nanosensors
Parameter sensitivity
Q factors
Resonance
sensitivity
Sensitivity analysis
Sensors
Silver
Software
surface plasmon polaritons
Waveguides
MIM waveguide
Fano resonance
sensitivity
surface plasmon polaritons
Online AccessGet full text
ISSN2079-4991
2079-4991
DOI10.3390/nano14211719

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Abstract Within this manuscript, we provide a novel Fano resonance-driven micro-nanosensor. Its primary structural components are a metal-insulator-metal (MIM) waveguide, a shield with three disks, and a T-shaped cavity (STDTC). The finite element approach was used to study the gadget in theory. It is found that the adjustment of the structure and the change of the dimensions are closely related to the sensitivity (S) and the quality factor (FOM). Different model structural parameters affect the Fano resonance, which in turn changes the transmission characteristics of the resonator. Through in-depth experimental analysis and selection of appropriate parameters, the sensor sensitivity finally reaches 3020 nm/RIU and the quality factor reaches 51.89. Furthermore, the installation of this microrefractive index sensor allows for the quick and sensitive measurement of glucose levels. It is a positive contribution to the field of optical devices and micro-nano sensors and meets the demand for efficient detection when applied in medical and environmental scenarios.
AbstractList Within this manuscript, we provide a novel Fano resonance-driven micro-nanosensor. Its primary structural components are a metal-insulator-metal (MIM) waveguide, a shield with three disks, and a T-shaped cavity (STDTC). The finite element approach was used to study the gadget in theory. It is found that the adjustment of the structure and the change of the dimensions are closely related to the sensitivity (S) and the quality factor (FOM). Different model structural parameters affect the Fano resonance, which in turn changes the transmission characteristics of the resonator. Through in-depth experimental analysis and selection of appropriate parameters, the sensor sensitivity finally reaches 3020 nm/RIU and the quality factor reaches 51.89. Furthermore, the installation of this microrefractive index sensor allows for the quick and sensitive measurement of glucose levels. It is a positive contribution to the field of optical devices and micro-nano sensors and meets the demand for efficient detection when applied in medical and environmental scenarios.
Within this manuscript, we provide a novel Fano resonance-driven micro-nanosensor. Its primary structural components are a metal-insulator-metal (MIM) waveguide, a shield with three disks, and a T-shaped cavity (STDTC). The finite element approach was used to study the gadget in theory. It is found that the adjustment of the structure and the change of the dimensions are closely related to the sensitivity (S) and the quality factor (FOM). Different model structural parameters affect the Fano resonance, which in turn changes the transmission characteristics of the resonator. Through in-depth experimental analysis and selection of appropriate parameters, the sensor sensitivity finally reaches 3020 nm/RIU and the quality factor reaches 51.89. Furthermore, the installation of this microrefractive index sensor allows for the quick and sensitive measurement of glucose levels. It is a positive contribution to the field of optical devices and micro-nano sensors and meets the demand for efficient detection when applied in medical and environmental scenarios.Within this manuscript, we provide a novel Fano resonance-driven micro-nanosensor. Its primary structural components are a metal-insulator-metal (MIM) waveguide, a shield with three disks, and a T-shaped cavity (STDTC). The finite element approach was used to study the gadget in theory. It is found that the adjustment of the structure and the change of the dimensions are closely related to the sensitivity (S) and the quality factor (FOM). Different model structural parameters affect the Fano resonance, which in turn changes the transmission characteristics of the resonator. Through in-depth experimental analysis and selection of appropriate parameters, the sensor sensitivity finally reaches 3020 nm/RIU and the quality factor reaches 51.89. Furthermore, the installation of this microrefractive index sensor allows for the quick and sensitive measurement of glucose levels. It is a positive contribution to the field of optical devices and micro-nano sensors and meets the demand for efficient detection when applied in medical and environmental scenarios.
Audience Academic
Author Chen, Changxin
Yang, Weijie
Wang, Chong
Wang, Jin
Yan, Shubin
Xu, Ziheng
Yan, Xiaoran
Chang, Shuwen
Wu, Taiquan
AuthorAffiliation 4 School of Automation and Electrical Engineering, Zhejiang University of Science and Technology, Hangzhou 310023, China; 1240320114@zust.edu.cn
2 School of Electrical Engineering, Zhejiang University of Water Resources and Electric Power, Hangzhou 310018, China; yanxr@zjweu.edu.cn (X.Y.); wangchong@zjweu.edu.cn (C.W.); wutq@zjweu.edu.cn (T.W.)
3 Zhejiang-Belarus Joint Laboratory of Intelligent Equipment and System for Water Conservancy and Hydropower Safety Monitoring, Hangzhou 310018, China
1 School of Electrical and Control Engineering, North University of China, Taiyuan 030051, China; sz202315077@st.nuc.edu.cn (W.Y.); chenchangxin@nuc.edu.cn (C.C.); sz202215044@st.nuc.edu.cn (J.W.); sz202215006@st.nuc.edu.cn (S.C.)
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– name: 1 School of Electrical and Control Engineering, North University of China, Taiyuan 030051, China; sz202315077@st.nuc.edu.cn (W.Y.); chenchangxin@nuc.edu.cn (C.C.); sz202215044@st.nuc.edu.cn (J.W.); sz202215006@st.nuc.edu.cn (S.C.)
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Keywords MIM waveguide
Fano resonance
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surface plasmon polaritons
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Snippet Within this manuscript, we provide a novel Fano resonance-driven micro-nanosensor. Its primary structural components are a metal-insulator-metal (MIM)...
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StartPage 1719
SubjectTerms Accuracy
Analysis
Cavity resonators
Design
Electric fields
Fano resonance
Insulators
Interfaces
Lasers
Light
MIM waveguide
Nanosensors
Parameter sensitivity
Q factors
Resonance
sensitivity
Sensitivity analysis
Sensors
Silver
Software
surface plasmon polaritons
Waveguides
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Title Multi-Cavity Nanorefractive Index Sensor Based on MIM Waveguide
URI https://www.ncbi.nlm.nih.gov/pubmed/39513799
https://www.proquest.com/docview/3126006982
https://www.proquest.com/docview/3128322484
https://pubmed.ncbi.nlm.nih.gov/PMC11547371
https://doaj.org/article/ca5b47e2a6d44ac3aa9dffca775b13d5
Volume 14
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