Abstract:We study the influence of media on the interaction of ultra-fine plasmonic nanoparticles ($\leq$8~nm) with radiation. The important role of the surface layer of the nanoparticles, with properties that differ...
“…It has been shown that there is spectral tuning with a change in the embedding medium, with air medium showing a peak in the UV region, SiN medium showing a peak in the visible region, and Si medium showing a peak in the infrared region. Sørensen et al 148 studied the effect of the medium on the optical response. It has been found that there is a direct correlation between the refractive index and the amplitude of the plasmon resonance.…”
Nanoscale self-powered photodetectors that can work without any external source of energy are the requirement for futuristic applications. These devices have potential demand in areas like wireless surveillance, weather forecasting,...
“…It has been shown that there is spectral tuning with a change in the embedding medium, with air medium showing a peak in the UV region, SiN medium showing a peak in the visible region, and Si medium showing a peak in the infrared region. Sørensen et al 148 studied the effect of the medium on the optical response. It has been found that there is a direct correlation between the refractive index and the amplitude of the plasmon resonance.…”
Nanoscale self-powered photodetectors that can work without any external source of energy are the requirement for futuristic applications. These devices have potential demand in areas like wireless surveillance, weather forecasting,...
Atomistic discrete interaction models can bridge the size gap between quantum and classical continuum models in addressing nanoparticle plasmonics and give insights into the discrete nature of ultrafine nanoparticles.
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