New composite glass materials for non-linear optical applications
New composite glass materials for non-linear optical applications
Metal nanocluster composite glasses were prepared via evaporation of a thin gold layer followed by diffusion. The effect of the deposition conditions, resulting in different evaporated gold thicknesses, and the influence of diffusion temperature and time have been studied. Resonance enhancement of χ(3) with in-diffusion of gold was exploited for high non-linearity at wavelength above 1000 nm. The deposition conditions and diffusion parameters have shown to influence the size of the metal nanoclusters and hence, the absorption bands where the surface plasmon resonance appears.
366-371
Menke, Y.
fa5e245a-b377-447e-bd51-996afa2c214d
Ferraris, M.
6488d6f4-42fe-485b-a61a-9a4e003c337b
Corbari, C.
0d97e1c1-7a62-47c6-8f97-735f7946f93f
Fage-Pederson, J.
635cdd69-2bf1-4b66-8c62-13f6f49f8772
15 October 2004
Menke, Y.
fa5e245a-b377-447e-bd51-996afa2c214d
Ferraris, M.
6488d6f4-42fe-485b-a61a-9a4e003c337b
Corbari, C.
0d97e1c1-7a62-47c6-8f97-735f7946f93f
Fage-Pederson, J.
635cdd69-2bf1-4b66-8c62-13f6f49f8772
Menke, Y., Ferraris, M., Corbari, C. and Fage-Pederson, J.
(2004)
New composite glass materials for non-linear optical applications.
Journal of Non-Crystalline Solids, 345-346, .
(doi:10.1016/j.jnoncrysol.2004.08.045).
Abstract
Metal nanocluster composite glasses were prepared via evaporation of a thin gold layer followed by diffusion. The effect of the deposition conditions, resulting in different evaporated gold thicknesses, and the influence of diffusion temperature and time have been studied. Resonance enhancement of χ(3) with in-diffusion of gold was exploited for high non-linearity at wavelength above 1000 nm. The deposition conditions and diffusion parameters have shown to influence the size of the metal nanoclusters and hence, the absorption bands where the surface plasmon resonance appears.
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Published date: 15 October 2004
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Local EPrints ID: 42416
URI: http://eprints.soton.ac.uk/id/eprint/42416
ISSN: 0022-3093
PURE UUID: a61efb38-541d-40e2-85d5-185b4f135df3
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Date deposited: 12 Dec 2006
Last modified: 15 Mar 2024 08:48
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Author:
Y. Menke
Author:
M. Ferraris
Author:
C. Corbari
Author:
J. Fage-Pederson
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