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Generation of Enhanced LSPR Field in Periodically Varying Height Metal Nano-pillars
Publié en 2015
Present work demonstrates a detail simulation results on enhanced generation of localized surface plasmon resonance (LSPR) field condition in a periodically varying height metal nano-pillars. Periodically varying height metal nanopillar provides enhanced LSPR field conditions than uniformly structured metal nanopillar. However the refractive index sensing for periodically varying height metal nanopillar was found to be irregular while for a uniformed patterned metal nanopillar yields better refractive index sensing response.
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- chamuah_poster.pdf - 0.75MB
- chamuah_abstract.pdf - 0.25MB