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The plasmon modes of two nanocylinder pairs are unveiled in Figure 2, which shows four major plasmon modes in the spectra between the visible and infrared regions.
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The results we showed are useful for manipulation of plasmon modes in plasmonic nanostructures.
Additional plasmon peaks at higher wavelengths (located at 690 and 735 nm for MNBA and MBA, respectively) are also observed, which correspond to additional plasmon modes arising from plasmonic coupling between closely spaced AuNPs.
In the nonconcentric geometries [15,21,22], the plasmon interaction between different orders of plasmon modes is allowed.
Two resonant peaks are obtained due to the hybridization of nanosphere plasmon modes and nanoshell plasmon modes.
Both results at these plasmon modes are in accordance.
This is because the higher-order plasmon modes are excited.
Both bright and dark surface plasmon modes have been unveiled.
The use of EELS unveiled bright and dark plasmon modes.
The other plasmon modes of multiple nanocylinder pairs are only weakly red-shifted from the individual nanocylinder pair plasmon modes.
The plasmon modes of this multi-layered structure are discussed.
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