Direct assembly of three-dimensional mesh plasmonic rolls
Direct assembly of three-dimensional mesh plasmonic rolls
A direct-assembly method to construct three-dimensional (3D) plasmonic nanostructures yields porous plasmonic rolls through the strain-induced self-rolling up of two-dimensional metallic nanopore films. This route is scalable to different hole sizes and film thicknesses, and applicable to a variety of materials, providing general routes towards a diverse family of 3D metamaterials with nano-engineerable optical properties. These plasmonic rolls can be dynamically driven by light irradiation, rolling or unrolling with increasing or decreasing light intensity. Such dynamically controllable 3D plasmonic nanostructures offer opportunities both for sensing and feedback in active nano-actuators.
193107-[4pp]
Min Huang, Fu
bfc5e644-c09a-4c2f-952c-f22b6fe48736
Sinha, Jatin K.
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Gibbons, Nicholas
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Bartlett, Philip
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Baumberg, Jeremy J.
51423b5f-bdb8-4851-8d50-472253ceb12c
2012
Min Huang, Fu
bfc5e644-c09a-4c2f-952c-f22b6fe48736
Sinha, Jatin K.
2e8f8201-a06c-4126-bba4-1bf854054bd9
Gibbons, Nicholas
1441fe43-cec7-45bb-b4c0-6d808e927c3a
Bartlett, Philip
d99446db-a59d-4f89-96eb-f64b5d8bb075
Baumberg, Jeremy J.
51423b5f-bdb8-4851-8d50-472253ceb12c
Min Huang, Fu, Sinha, Jatin K., Gibbons, Nicholas, Bartlett, Philip and Baumberg, Jeremy J.
(2012)
Direct assembly of three-dimensional mesh plasmonic rolls.
Applied Physics Letters, 100 (19), .
(doi:10.1063/1.4711923).
Abstract
A direct-assembly method to construct three-dimensional (3D) plasmonic nanostructures yields porous plasmonic rolls through the strain-induced self-rolling up of two-dimensional metallic nanopore films. This route is scalable to different hole sizes and film thicknesses, and applicable to a variety of materials, providing general routes towards a diverse family of 3D metamaterials with nano-engineerable optical properties. These plasmonic rolls can be dynamically driven by light irradiation, rolling or unrolling with increasing or decreasing light intensity. Such dynamically controllable 3D plasmonic nanostructures offer opportunities both for sensing and feedback in active nano-actuators.
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e-pub ahead of print date: 10 May 2012
Published date: 2012
Organisations:
Electrochemistry
Identifiers
Local EPrints ID: 349753
URI: http://eprints.soton.ac.uk/id/eprint/349753
ISSN: 0003-6951
PURE UUID: d6ad6386-633f-4fd5-92ca-ae8775679502
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Date deposited: 08 Mar 2013 17:53
Last modified: 15 Mar 2024 02:44
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Contributors
Author:
Fu Min Huang
Author:
Jatin K. Sinha
Author:
Nicholas Gibbons
Author:
Jeremy J. Baumberg
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