The characteristics of surface plasmon wave (SPW) modes supported by multiple layer configurations are analysed in this paper. The transmission-line analysis based on the transverse resonance condition is implemented to describe SPW excitation via a prism coupler. This accurate yet convenient modeling technique is also applied to investigate the characteristics of SPWs in multilayer media with optical gain as a means of reducing/overcoming the typical, undesirably large loss associated with SPWs in conventional structures. The paper will also present experimental and theoretical results to quantify the operational characteristics to be expected from prism coupled SPW sensors that use semiconductor optical sources.

Transmission line circuit representation of surface plasmon waves

CAUSA, Federica
2006-01-01

Abstract

The characteristics of surface plasmon wave (SPW) modes supported by multiple layer configurations are analysed in this paper. The transmission-line analysis based on the transverse resonance condition is implemented to describe SPW excitation via a prism coupler. This accurate yet convenient modeling technique is also applied to investigate the characteristics of SPWs in multilayer media with optical gain as a means of reducing/overcoming the typical, undesirably large loss associated with SPWs in conventional structures. The paper will also present experimental and theoretical results to quantify the operational characteristics to be expected from prism coupled SPW sensors that use semiconductor optical sources.
2006
no
6370
U201
U212
12
Conference on Nanomaterial Synthesis and Integration for Sensors, Electronics, Photonics and Electro-Optics
Boston, MA, USA
OCT 01-07, 2006
Internazionale
Sì, ma tipo non specificato
surface plasmon waves, transmission line analysis, semiconductor optical sources, optical gain, sensing
14.a Contributo in Rivista::14.a.2 Proceedings in extenso su rivista
info:eu-repo/semantics/article
A., Tarlis; J., Sarma; Causa, Federica
none
3
262
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11570/1914405
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