Design and development of aluminum nanoring arrays for realization of dual-mode operation plasmonic color filters

Fatemeh Fouladi Mahani; Arash Mokhtari; Mahdiyeh Mehran

doi:10.1364/JOSAB.35.001764

Journal of the Optical Society of America B
Vol. 35,
Issue 8,
pp. 1764-1771
(2018)
•https://doi.org/10.1364/JOSAB.35.001764

Design and development of aluminum nanoring arrays for realization of dual-mode operation plasmonic color filters

Fatemeh Fouladi Mahani, Arash Mokhtari, and Mahdiyeh Mehran

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Fatemeh Fouladi Mahani, Arash Mokhtari, and Mahdiyeh Mehran, "Design and development of aluminum nanoring arrays for realization of dual-mode operation plasmonic color filters," J. Opt. Soc. Am. B 35, 1764-1771 (2018)

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Abstract

In this paper, engineering the optical characteristics of aluminum nanoring arrays has been investigated with the aim of achieving a practical design approach to the realization of dual-mode plasmonic color filters. In addition to designing a set of subtractive and additive color filters with appropriate properties, an improved approach has also been proposed in order to design different additive/subtractive filters at arbitrary wavelengths. The proposed structures show great optical efficiencies while offering narrowband characteristics and a good color purity. They are CMOS-compatible, cost-effective, easy to fabricate, highly tunable, and polarization insensitive. Moreover, they offer potential applications in displays, CMOS image sensors, color printing, and multispectral imaging.

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	Cyan/ Red	Magenta/ Green	Yellow/ Blue
Array pitch: $p$ (nm)	300	290	240
Outer radius: $a$ (nm)	60	50	40
Inner radius: $b$ (nm)	40	30	20
Ring width: $w = a - b$ (nm)	20	20	20

	Cyan	Magenta	Yellow	Red	Green	Blue
FWHM ^a (nm)	$\approx 75$	$\approx 25$	$\approx 25$	$\approx 75$	$\approx 25 - 30$	$\approx 25 - 30$
Transmission/reflection efficiency (%)	$\approx 60 - 70$	$\approx 60 - 70$	$\approx 60 - 70$	$\approx 30 - 40$	$\approx 30 - 40$	$\approx 30 - 40$

	Cyan/Red	Magenta/Green	Yellow/Blue
Array pitch: $p$ (nm)	300	250	200
Outer radius: $a = 60$ (nm)	60	60	60
Inner radius: $b = (p / 10) + 10$ (nm)	40	35	30
Ring width: $w = a - b$ (nm)	20	25	30

	Cyan/ Red	Magenta/ Green	Yellow/ Blue
Array pitch: $p$ (nm)	340	280	220
Outer radius: $a = p / 5$ (nm)	70	55	45
Inner radius: $b = 20$ (nm)	20	20	20
Ring width: $w = a - b$ (nm)	50	35	45

	Cyan	Magenta	Yellow	Red	Green	Blue
FWHM ^a (nm)	$\approx 70 - 80$	$\approx 80 - 90$	$\approx 100$	$\approx 70 - 80$	$\approx 80 - 90$	$\approx 100$
Transmission/Reflection Efficiency (%)	$\approx 60 - 65$	$\approx 65 - 70$	$\approx 50 - 60$	$\approx 30 - 35$	$\approx 40 - 45$	$\approx 40 - 50$

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Journal of the Optical Society of America B