We investigated the extraordinary transmission that occurs for subwavelength slits on metallic substrates: the transmission process is driven by several physical mechanisms, whose relative importance depends on the thickness of the metallic substrate and slit size. We show how a Palladium-based device is suitable for H2-leak-detection exploiting the enhanced transmission phenomenon.
Surface plasmon generation in a subwavelength slit in metal: A palladium-based H2 leak detection sensor / Vincenti, Ma; De Ceglia, D; De Sario, M; Marrocco, V; Petruzzelli, V; Prudenzano, F; Scalora, M; D'Orazio, A. - (2008), pp. 241-244.
Surface plasmon generation in a subwavelength slit in metal: A palladium-based H2 leak detection sensor
Vincenti, MA;De Ceglia, D;De Sario, M;Marrocco, V;Petruzzelli, V;Prudenzano, F;D'Orazio, A
2008-01-01
Abstract
We investigated the extraordinary transmission that occurs for subwavelength slits on metallic substrates: the transmission process is driven by several physical mechanisms, whose relative importance depends on the thickness of the metallic substrate and slit size. We show how a Palladium-based device is suitable for H2-leak-detection exploiting the enhanced transmission phenomenon.File in questo prodotto:
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