Frequency-selective nanostructured plasmonic absorber by highly lossy interface mode

Antony Davies; L Wang; T Duan; Y Gong; K Li; J Huang; N J Copner

doi:10.2528/PIER11121903

Frequency-selective nanostructured plasmonic absorber by highly lossy interface mode

Antony Davies, L Wang, T Duan, Y Gong, K Li, J Huang, N J Copner

Cyfadran Cyfrifiadureg, Peirianneg a Gwyddoniaeth

Allbwn ymchwil: Cyfraniad at gyfnodolyn › Erthygl › adolygiad gan gymheiriaid

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We report on an existence of a highly lossy interface mode (HLIM) in a designed plasmonic nanostructure for perfect absorption of the incident optical waves. Interactions between the single thin- metallic-layer (TML) and slits arrays for excitation of the HLIM in the proposed plasmonic absorber are investigated, and eigenfrequency formula for the HLIM is derived. Analytical and numerical results show that the HLIM is frequency-selective, opens a narrow and steep absorption band in photonic stopband of the slits arrays. Due to the HLIM lossy characteristic, surface plasmon polaritons are signi¯cantly trapped at the TML interface with absorption close to 100%.

Iaith wreiddiol	Saesneg
Tudalennau (o-i)	511 - 525
Nifer y tudalennau	14
Cyfnodolyn	Progess in Electromagnetics Research
Cyfrol	124
Dynodwyr Gwrthrych Digidol (DOIs)	https://doi.org/10.2528/PIER11121903
Statws	Cyhoeddwyd - 13 Chwef 2012

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10.2528/PIER11121903Trwydded: CC BY-NC-ND

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@article{b45839ac2b8b4e4f80073f78eb740510,

title = "Frequency-selective nanostructured plasmonic absorber by highly lossy interface mode",

abstract = "We report on an existence of a highly lossy interface mode (HLIM) in a designed plasmonic nanostructure for perfect absorption of the incident optical waves. Interactions between the single thin- metallic-layer (TML) and slits arrays for excitation of the HLIM in the proposed plasmonic absorber are investigated, and eigenfrequency formula for the HLIM is derived. Analytical and numerical results show that the HLIM is frequency-selective, opens a narrow and steep absorption band in photonic stopband of the slits arrays. Due to the HLIM lossy characteristic, surface plasmon polaritons are signi¯cantly trapped at the TML interface with absorption close to 100%.",

keywords = "nanostructured, plasmonic",

author = "Antony Davies and L Wang and T Duan and Y Gong and K Li and J Huang and Copner, {N J}",

year = "2012",

month = feb,

day = "13",

doi = "10.2528/PIER11121903",

language = "English",

volume = "124",

pages = "511 -- 525",

journal = "Progess in Electromagnetics Research",

issn = "1070-4698",

publisher = "The Electromagnetics Academy",

}

TY - JOUR

T1 - Frequency-selective nanostructured plasmonic absorber by highly lossy interface mode

AU - Davies, Antony

AU - Wang, L

AU - Duan, T

AU - Gong, Y

AU - Li, K

AU - Huang, J

AU - Copner, N J

PY - 2012/2/13

Y1 - 2012/2/13

N2 - We report on an existence of a highly lossy interface mode (HLIM) in a designed plasmonic nanostructure for perfect absorption of the incident optical waves. Interactions between the single thin- metallic-layer (TML) and slits arrays for excitation of the HLIM in the proposed plasmonic absorber are investigated, and eigenfrequency formula for the HLIM is derived. Analytical and numerical results show that the HLIM is frequency-selective, opens a narrow and steep absorption band in photonic stopband of the slits arrays. Due to the HLIM lossy characteristic, surface plasmon polaritons are signi¯cantly trapped at the TML interface with absorption close to 100%.

AB - We report on an existence of a highly lossy interface mode (HLIM) in a designed plasmonic nanostructure for perfect absorption of the incident optical waves. Interactions between the single thin- metallic-layer (TML) and slits arrays for excitation of the HLIM in the proposed plasmonic absorber are investigated, and eigenfrequency formula for the HLIM is derived. Analytical and numerical results show that the HLIM is frequency-selective, opens a narrow and steep absorption band in photonic stopband of the slits arrays. Due to the HLIM lossy characteristic, surface plasmon polaritons are signi¯cantly trapped at the TML interface with absorption close to 100%.

KW - nanostructured

KW - plasmonic

U2 - 10.2528/PIER11121903

DO - 10.2528/PIER11121903

M3 - Article

VL - 124

SP - 511

EP - 525

JO - Progess in Electromagnetics Research

JF - Progess in Electromagnetics Research

SN - 1070-4698

ER -

Frequency-selective nanostructured plasmonic absorber by highly lossy interface mode

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